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webtrees_ynh/sources/app/Functions/Functions.php

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<?php
/**
* webtrees: online genealogy
* Copyright (C) 2016 webtrees development team
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
namespace Fisharebest\Webtrees\Functions;
use Fisharebest\Webtrees\Auth;
use Fisharebest\Webtrees\Database;
use Fisharebest\Webtrees\Fact;
use Fisharebest\Webtrees\File;
use Fisharebest\Webtrees\I18N;
use Fisharebest\Webtrees\Individual;
use Fisharebest\Webtrees\Site;
/**
* Class Functions - common functions
*/
class Functions {
/**
* Check with the webtrees.net server for the latest version of webtrees.
* Fetching the remote file can be slow, so check infrequently, and cache the result.
* Pass the current versions of webtrees, PHP and MySQL, as the response
* may be different for each. The server logs are used to generate
* installation statistics which can be found at http://svn.webtrees.net/statistics.html
*
* @return null|string
*/
public static function fetchLatestVersion() {
$last_update_timestamp = Site::getPreference('LATEST_WT_VERSION_TIMESTAMP');
if ($last_update_timestamp < WT_TIMESTAMP - 24 * 60 * 60) {
$row = Database::prepare("SHOW VARIABLES LIKE 'version'")->fetchOneRow();
$params = '?w=' . WT_VERSION . '&p=' . PHP_VERSION . '&m=' . $row->value . '&o=' . (DIRECTORY_SEPARATOR === '/' ? 'u' : 'w');
$latest_version_txt = File::fetchUrl('https://dev.webtrees.net/build/latest-version.txt' . $params);
if ($latest_version_txt) {
Site::setPreference('LATEST_WT_VERSION', $latest_version_txt);
Site::setPreference('LATEST_WT_VERSION_TIMESTAMP', WT_TIMESTAMP);
return $latest_version_txt;
} else {
// Cannot connect to server - use cached version (if we have one)
return Site::getPreference('LATEST_WT_VERSION');
}
} else {
return Site::getPreference('LATEST_WT_VERSION');
}
}
/**
* Convert a file upload PHP error code into user-friendly text.
*
* @param int $error_code
*
* @return string
*/
public static function fileUploadErrorText($error_code) {
switch ($error_code) {
case UPLOAD_ERR_OK:
return I18N::translate('File successfully uploaded');
case UPLOAD_ERR_INI_SIZE:
case UPLOAD_ERR_FORM_SIZE:
// I18N: PHP internal error message - php.net/manual/en/features.file-upload.errors.php
return I18N::translate('The uploaded file exceeds the allowed size.');
case UPLOAD_ERR_PARTIAL:
// I18N: PHP internal error message - php.net/manual/en/features.file-upload.errors.php
return I18N::translate('The file was only partially uploaded. Please try again.');
case UPLOAD_ERR_NO_FILE:
// I18N: PHP internal error message - php.net/manual/en/features.file-upload.errors.php
return I18N::translate('No file was received. Please try again.');
case UPLOAD_ERR_NO_TMP_DIR:
// I18N: PHP internal error message - php.net/manual/en/features.file-upload.errors.php
return I18N::translate('The PHP temporary folder is missing.');
case UPLOAD_ERR_CANT_WRITE:
// I18N: PHP internal error message - php.net/manual/en/features.file-upload.errors.php
return I18N::translate('PHP failed to write to disk.');
case UPLOAD_ERR_EXTENSION:
// I18N: PHP internal error message - php.net/manual/en/features.file-upload.errors.php
return I18N::translate('PHP blocked the file because of its extension.');
default:
return 'Error: ' . $error_code;
}
}
/**
* get a gedcom subrecord
*
* searches a gedcom record and returns a subrecord of it. A subrecord is defined starting at a
* line with level N and all subsequent lines greater than N until the next N level is reached.
* For example, the following is a BIRT subrecord:
* <code>1 BIRT
* 2 DATE 1 JAN 1900
* 2 PLAC Phoenix, Maricopa, Arizona</code>
* The following example is the DATE subrecord of the above BIRT subrecord:
* <code>2 DATE 1 JAN 1900</code>
*
* @param int $level the N level of the subrecord to get
* @param string $tag a gedcom tag or string to search for in the record (ie 1 BIRT or 2 DATE)
* @param string $gedrec the parent gedcom record to search in
* @param int $num this allows you to specify which matching <var>$tag</var> to get. Oftentimes a
* gedcom record will have more that 1 of the same type of subrecord. An individual may have
* multiple events for example. Passing $num=1 would get the first 1. Passing $num=2 would get the
* second one, etc.
*
* @return string the subrecord that was found or an empty string "" if not found.
*/
public static function getSubRecord($level, $tag, $gedrec, $num = 1) {
if (empty($gedrec)) {
return '';
}
// -- adding \n before and after gedrec
$gedrec = "\n" . $gedrec . "\n";
$tag = trim($tag);
$searchTarget = "~[\n]" . $tag . "[\s]~";
$ct = preg_match_all($searchTarget, $gedrec, $match, PREG_SET_ORDER | PREG_OFFSET_CAPTURE);
if ($ct == 0) {
return '';
}
if ($ct < $num) {
return '';
}
$pos1 = $match[$num - 1][0][1];
$pos2 = strpos($gedrec, "\n$level", $pos1 + 1);
if (!$pos2) {
$pos2 = strpos($gedrec, "\n1", $pos1 + 1);
}
if (!$pos2) {
$pos2 = strpos($gedrec, "\nWT_", $pos1 + 1); // WT_SPOUSE, WT_FAMILY_ID ...
}
if (!$pos2) {
return ltrim(substr($gedrec, $pos1));
}
$subrec = substr($gedrec, $pos1, $pos2 - $pos1);
return ltrim($subrec);
}
/**
* get CONT lines
*
* get the N+1 CONT or CONC lines of a gedcom subrecord
*
* @param int $nlevel the level of the CONT lines to get
* @param string $nrec the gedcom subrecord to search in
*
* @return string a string with all CONT lines merged
*/
public static function getCont($nlevel, $nrec) {
$text = '';
$subrecords = explode("\n", $nrec);
foreach ($subrecords as $thisSubrecord) {
if (substr($thisSubrecord, 0, 2) !== $nlevel . ' ') {
continue;
}
$subrecordType = substr($thisSubrecord, 2, 4);
if ($subrecordType === 'CONT') {
$text .= "\n" . substr($thisSubrecord, 7);
}
}
return $text;
}
/**
* A multi-key sort
* 1. First divide the facts into two arrays one set with dates and one set without dates
* 2. Sort each of the two new arrays, the date using the compare date function, the non-dated
* using the compare type function
* 3. Then merge the arrays back into the original array using the compare type function
*
* @param Fact[] $arr
*/
public static function sortFacts(&$arr) {
$dated = array();
$nondated = array();
//-- split the array into dated and non-dated arrays
$order = 0;
foreach ($arr as $event) {
$event->sortOrder = $order;
$order++;
if ($event->getDate()->isOK()) {
$dated[] = $event;
} else {
$nondated[] = $event;
}
}
//-- sort each type of array
usort($dated, '\Fisharebest\Webtrees\Fact::compareDate');
usort($nondated, '\Fisharebest\Webtrees\Fact::compareType');
//-- merge the arrays back together comparing by Facts
$dc = count($dated);
$nc = count($nondated);
$i = 0;
$j = 0;
$k = 0;
// while there is anything in the dated array continue merging
while ($i < $dc) {
// compare each fact by type to merge them in order
if ($j < $nc && Fact::compareType($dated[$i], $nondated[$j]) > 0) {
$arr[$k] = $nondated[$j];
$j++;
} else {
$arr[$k] = $dated[$i];
$i++;
}
$k++;
}
// get anything that might be left in the nondated array
while ($j < $nc) {
$arr[$k] = $nondated[$j];
$j++;
$k++;
}
}
/**
* For close family relationships, such as the families tab and the family navigator
* Display a tick if both individuals are the same.
*
* @param Individual $individual1
* @param Individual $individual2
*
* @return string
*/
public static function getCloseRelationshipName(Individual $individual1, Individual $individual2) {
if ($individual1 === $individual2) {
$label = '<i class="icon-selected"></i> ' . self::reflexivePronoun($individual1);
} else {
$label = self::getRelationshipName(self::getRelationship($individual1, $individual2));
}
return $label;
}
/**
* For facts on the individual/family pages.
*
* @param Individual $individual1
* @param Individual $individual2
*
* @return string
*/
public static function getAssociateRelationshipName(Individual $individual1, Individual $individual2) {
if ($individual1 === $individual2) {
$label = self::reflexivePronoun($individual1);
} else {
$label = self::getRelationshipName(self::getRelationship($individual1, $individual2));
}
return $label;
}
/**
* Generate a reflexive pronoun for an individual
*
* @param Individual $individual
*
* @return string
*/
private static function reflexivePronoun(Individual $individual) {
switch ($individual->getSex()) {
case 'M':
return /* I18N: reflexive pronoun */ I18N::translate('himself');
case 'F':
return /* I18N: reflexive pronoun */ I18N::translate('herself');
default:
return /* I18N: reflexive pronoun - gender neutral version of himself/herself */ I18N::translate('themself');
}
}
/**
* Get relationship between two individuals in the gedcom
*
* @param Individual $person1 The person to compute the relationship from
* @param Individual $person2 The person to compute the relatiohip to
* @param int $maxlength The maximum length of path
*
* @return array|bool An array of nodes on the relationship path, or false if no path found
*/
public static function getRelationship(Individual $person1, Individual $person2, $maxlength = 4) {
if ($person1 === $person2) {
return false;
}
$spouse_codes = array('M' => 'hus', 'F' => 'wif', 'U' => 'spo');
$parent_codes = array('M' => 'fat', 'F' => 'mot', 'U' => 'par');
$child_codes = array('M' => 'son', 'F' => 'dau', 'U' => 'chi');
$sibling_codes = array('M' => 'bro', 'F' => 'sis', 'U' => 'sib');
//-- current path nodes
$p1nodes = array();
//-- ids visited
$visited = array();
//-- set up first node for person1
$node1 = array(
'path' => array($person1),
'length' => 0,
'indi' => $person1,
'relations' => array('self'),
);
$p1nodes[] = $node1;
$visited[$person1->getXref()] = true;
$found = false;
while (!$found) {
//-- search the node list for the shortest path length
$shortest = -1;
foreach ($p1nodes as $index => $node) {
if ($shortest == -1) {
$shortest = $index;
} else {
$node1 = $p1nodes[$shortest];
if ($node1['length'] > $node['length']) {
$shortest = $index;
}
}
}
if ($shortest === -1) {
return false;
}
$node = $p1nodes[$shortest];
if ($maxlength == 0 || count($node['path']) <= $maxlength) {
$indi = $node['indi'];
//-- check all parents and siblings of this node
foreach ($indi->getChildFamilies(Auth::PRIV_HIDE) as $family) {
$visited[$family->getXref()] = true;
foreach ($family->getSpouses(Auth::PRIV_HIDE) as $spouse) {
if (!isset($visited[$spouse->getXref()])) {
$node1 = $node;
$node1['length']++;
$node1['path'][] = $spouse;
$node1['indi'] = $spouse;
$node1['relations'][] = $parent_codes[$spouse->getSex()];
$p1nodes[] = $node1;
if ($spouse === $person2) {
$found = true;
$resnode = $node1;
} else {
$visited[$spouse->getXref()] = true;
}
}
}
foreach ($family->getChildren(Auth::PRIV_HIDE) as $child) {
if (!isset($visited[$child->getXref()])) {
$node1 = $node;
$node1['length']++;
$node1['path'][] = $child;
$node1['indi'] = $child;
$node1['relations'][] = $sibling_codes[$child->getSex()];
$p1nodes[] = $node1;
if ($child === $person2) {
$found = true;
$resnode = $node1;
} else {
$visited[$child->getXref()] = true;
}
}
}
}
//-- check all spouses and children of this node
foreach ($indi->getSpouseFamilies(Auth::PRIV_HIDE) as $family) {
$visited[$family->getXref()] = true;
foreach ($family->getSpouses(Auth::PRIV_HIDE) as $spouse) {
if (!in_array($spouse->getXref(), $node1) || !isset($visited[$spouse->getXref()])) {
$node1 = $node;
$node1['length']++;
$node1['path'][] = $spouse;
$node1['indi'] = $spouse;
$node1['relations'][] = $spouse_codes[$spouse->getSex()];
$p1nodes[] = $node1;
if ($spouse === $person2) {
$found = true;
$resnode = $node1;
} else {
$visited[$spouse->getXref()] = true;
}
}
}
foreach ($family->getChildren(Auth::PRIV_HIDE) as $child) {
if (!isset($visited[$child->getXref()])) {
$node1 = $node;
$node1['length']++;
$node1['path'][] = $child;
$node1['indi'] = $child;
$node1['relations'][] = $child_codes[$child->getSex()];
$p1nodes[] = $node1;
if ($child === $person2) {
$found = true;
$resnode = $node1;
} else {
$visited[$child->getXref()] = true;
}
}
}
}
}
unset($p1nodes[$shortest]);
}
return $resnode;
}
/**
* Convert the result of get_relationship() into a relationship name.
*
* @param mixed[][] $nodes
*
* @return string
*/
public static function getRelationshipName($nodes) {
if (!is_array($nodes)) {
return '';
}
$person1 = $nodes['path'][0];
$person2 = $nodes['path'][count($nodes['path']) - 1];
$path = array_slice($nodes['relations'], 1);
// Look for paths with *specific* names first.
// Note that every combination must be listed separately, as the same English
// name can be used for many different relationships. e.g.
// brother’s wife & husband’s sister = sister-in-law.
//
// $path is an array of the 12 possible gedcom family relationships:
// mother/father/parent
// brother/sister/sibling
// husband/wife/spouse
// son/daughter/child
//
// This is always the shortest path, so “father, daughter” is “half-sister”, not “sister”.
//
// This is very repetitive in English, but necessary in order to handle the
// complexities of other languages.
return self::getRelationshipNameFromPath(
implode('', $path),
$person1,
$person2
);
}
/**
* Calculate the name of a cousin.
*
* @param int $n
* @param string $sex
*
* @return string
*/
public static function cousinName($n, $sex) {
switch ($sex) {
case 'M':
switch ($n) {
case 1:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'first cousin');
case 2:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'second cousin');
case 3:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'third cousin');
case 4:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'fourth cousin');
case 5:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'fifth cousin');
case 6:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'sixth cousin');
case 7:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'seventh cousin');
case 8:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'eighth cousin');
case 9:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'ninth cousin');
case 10:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'tenth cousin');
case 11:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'eleventh cousin');
case 12:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'twelfth cousin');
case 13:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'thirteenth cousin');
case 14:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'fourteenth cousin');
case 15:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', 'fifteenth cousin');
default:
/* I18N: Note that for Italian and Polish, “N’th cousins” are different from English “N’th cousins”, and the software has already generated the correct “N” for your language. You only need to translate - you do not need to convert. For other languages, if your cousin rules are different from English, please contact the developers. */
return I18N::translateContext('MALE', '%s × cousin', I18N::number($n));
}
case 'F':
switch ($n) {
case 1:
return I18N::translateContext('FEMALE', 'first cousin');
case 2:
return I18N::translateContext('FEMALE', 'second cousin');
case 3:
return I18N::translateContext('FEMALE', 'third cousin');
case 4:
return I18N::translateContext('FEMALE', 'fourth cousin');
case 5:
return I18N::translateContext('FEMALE', 'fifth cousin');
case 6:
return I18N::translateContext('FEMALE', 'sixth cousin');
case 7:
return I18N::translateContext('FEMALE', 'seventh cousin');
case 8:
return I18N::translateContext('FEMALE', 'eighth cousin');
case 9:
return I18N::translateContext('FEMALE', 'ninth cousin');
case 10:
return I18N::translateContext('FEMALE', 'tenth cousin');
case 11:
return I18N::translateContext('FEMALE', 'eleventh cousin');
case 12:
return I18N::translateContext('FEMALE', 'twelfth cousin');
case 13:
return I18N::translateContext('FEMALE', 'thirteenth cousin');
case 14:
return I18N::translateContext('FEMALE', 'fourteenth cousin');
case 15:
return I18N::translateContext('FEMALE', 'fifteenth cousin');
default:
return I18N::translateContext('FEMALE', '%s × cousin', I18N::number($n));
}
default:
switch ($n) {
case 1:
return I18N::translate('first cousin');
case 2:
return I18N::translate('second cousin');
case 3:
return I18N::translate('third cousin');
case 4:
return I18N::translate('fourth cousin');
case 5:
return I18N::translate('fifth cousin');
case 6:
return I18N::translate('sixth cousin');
case 7:
return I18N::translate('seventh cousin');
case 8:
return I18N::translate('eighth cousin');
case 9:
return I18N::translate('ninth cousin');
case 10:
return I18N::translate('tenth cousin');
case 11:
return I18N::translate('eleventh cousin');
case 12:
return I18N::translate('twelfth cousin');
case 13:
return I18N::translate('thirteenth cousin');
case 14:
return I18N::translate('fourteenth cousin');
case 15:
return I18N::translate('fifteenth cousin');
default:
return I18N::translate('%s × cousin', I18N::number($n));
}
}
}
/**
* A variation on cousin_name(), for constructs such as “sixth great-nephew”
* Currently used only by Spanish relationship names.
*
* @param int $n
* @param string $sex
* @param string $relation
*
* @return string
*/
public static function cousinName2($n, $sex, $relation) {
switch ($sex) {
case 'M':
switch ($n) {
case 1:
return /* I18N: A Spanish relationship name, such as third great-nephew */ I18N::translateContext('MALE', 'first %s', $relation);
case 2:
return I18N::translateContext('MALE', 'second %s', $relation);
case 3:
return I18N::translateContext('MALE', 'third %s', $relation);
case 4:
return I18N::translateContext('MALE', 'fourth %s', $relation);
case 5:
return I18N::translateContext('MALE', 'fifth %s', $relation);
default:
return /* I18N: A Spanish relationship name, such as third great-nephew */ I18N::translateContext('MALE', '%1$s × %2$s', I18N::number($n), $relation);
}
case 'F':
switch ($n) {
case 1:
return /* I18N: A Spanish relationship name, such as third great-nephew */ I18N::translateContext('FEMALE', 'first %s', $relation);
case 2:
return I18N::translateContext('FEMALE', 'second %s', $relation);
case 3:
return I18N::translateContext('FEMALE', 'third %s', $relation);
case 4:
return I18N::translateContext('FEMALE', 'fourth %s', $relation);
case 5:
return I18N::translateContext('FEMALE', 'fifth %s', $relation);
default: // I18N: A Spanish relationship name, such as third great-nephew
return I18N::translateContext('FEMALE', '%1$s × %2$s', I18N::number($n), $relation);
}
default:
switch ($n) {
case 1:
return /* I18N: A Spanish relationship name, such as first great-nephew */ I18N::translate('first %s', $relation);
case 2:
return /* I18N: A Spanish relationship name, such as second great-nephew */ I18N::translate('second %s', $relation);
case 3:
return /* I18N: A Spanish relationship name, such as third great-nephew */ I18N::translate('third %s', $relation);
case 4:
return /* I18N: A Spanish relationship name, such as fourth great-nephew */ I18N::translate('fourth %s', $relation);
case 5:
return /* I18N: A Spanish relationship name, such as fifth great-nephew */ I18N::translate('fifth %s', $relation);
default:
return /* I18N: A Spanish relationship name, such as 7th great-nephew */ I18N::translate('%1$s × %2$s', I18N::number($n), $relation);
}
}
}
/** @var string[] Cache for generic relationships (key stores the path, and value represents the relationship name) */
protected static $relationshipsCache = array();
/**
* 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
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 && $person2) {
foreach ($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::translate('ex-partner');
} else {
return I18N::translate('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
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
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
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($up - 2));
}
case 'it': // Source: Michele Locati
case 'en_AU':
case 'en_GB':
case 'en_US':
default:
switch ($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($down - 1));
}
case 'it': // Source: Michele Locati.
case 'en_AU':
case 'en_GB':
case 'en_US':
default:
switch ($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($up - 3));
}
case 'it': // Source: Michele Locati
case 'es': // Source: Wes Groleau
switch ($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($up));
}
case 'fr': // Source: Jacqueline Tetreault
case 'fr_CA':
switch ($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($up - 1));
}
case 'nn': // Source: Hogne Røed Nilsen (https://bugs.launchpad.net/webtrees/+bug/1168553)
case 'nb':
switch ($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 ($sex2) {
case 'M':
return I18N::translate('great ×7 grandson');
case 'F':
return I18N::translate('great ×7 granddaughter');
default:
return I18N::translate('great ×7 grandchild');
}
default:
// Different languages have different rules for naming generations.
// An English great ×12 grandson is a Danish great ×11 grandson.
//
// Need to find out which languages use which rules.
switch (WT_LOCALE) {
case 'nn': // Source: Hogne Røed Nilsen
case 'nb':
case 'da': // Source: Patrick Sorensen
switch ($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($up - 3));
}
case 'it': // Source: Michele Locati
case 'es': // Source: Wes Groleau (adding doesn’t change behavior, but needs to be better researched)
case 'en_AU':
case 'en_GB':
case 'en_US':
default:
switch ($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, $sex2);
case 'it':
// Source: Michele Locati. See italian_cousins_names.zip
// https://webtrees.net/forums/8-translation/1200-great-xn-grandparent?limit=6&start=6
return self::cousinName($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' . $descent, null, null));
}
}
case 'en_AU': // See: http://en.wikipedia.org/wiki/File:CousinTree.svg
case 'en_GB':
case 'en_US':
default:
switch ($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.
// But before starting to recursively go through all combinations, do a cache look-up
if (array_key_exists($path, self::$relationshipsCache)) {
return self::$relationshipsCache[$path];
}
$relationship = null;
$path1 = substr($path, 0, 3);
$path2 = substr($path, 3);
while ($path2) {
$tmp = I18N::translate(
// I18N: A complex relationship, such as “third-cousin’s great-uncle”
'%1$s’s %2$s',
self::getRelationshipNameFromPath($path1, null, null), // TODO: need the actual people
self::getRelationshipNameFromPath($path2, null, null)
);
if (!$relationship || strlen($tmp) < strlen($relationship)) {
$relationship = $tmp;
}
$path1 .= substr($path2, 0, 3);
$path2 = substr($path2, 3);
}
// and store the result in the cache
self::$relationshipsCache[$path] = $relationship;
return $relationship;
}
/**
* Function to build an URL querystring from GET variables
* Optionally, add/replace specified values
*
* @param null|string[] $overwrite
* @param null|string $separator
*
* @return string
*/
public static function getQueryUrl($overwrite = null, $separator = '&') {
if (empty($_GET)) {
$get = array();
} else {
$get = $_GET;
}
if (is_array($overwrite)) {
foreach ($overwrite as $key => $value) {
$get[$key] = $value;
}
}
$query_string = '';
foreach ($get as $key => $value) {
if (!is_array($value)) {
$query_string .= $separator . rawurlencode($key) . '=' . rawurlencode($value);
} else {
foreach ($value as $k => $v) {
$query_string .= $separator . rawurlencode($key) . '%5B' . rawurlencode($k) . '%5D=' . rawurlencode($v);
}
}
}
$query_string = substr($query_string, strlen($separator)); // Remove leading “&amp;”
if ($query_string) {
return WT_SCRIPT_NAME . '?' . $query_string;
} else {
return WT_SCRIPT_NAME;
}
}
/**
* Determines whether the passed in filename is a link to an external source (i.e. contains “://”)
*
* @param string $file
*
* @return bool
*/
public static function isFileExternal($file) {
return strpos($file, '://') !== false;
}
}
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