}
}
if ($lexemId) {
SmartyWrap::assign('paradigmLink', util_getWwwRoot() . "lexem/{$cuv}/{$lexemId}/paradigma");
} else {
SmartyWrap::assign('paradigmLink', util_getWwwRoot() . "definitie/{$cuv}/paradigma");
}
if ($cuv) {
$cuv = StringUtil::cleanupQuery($cuv);
}
// Normal search
if ($searchType == SEARCH_INFLECTED) {
$lexems = Lexem::searchInflectedForms($cuv, $hasDiacritics);
if (count($lexems) == 0) {
$cuv_old = StringUtil::tryOldOrthography($cuv);
$lexems = Lexem::searchInflectedForms($cuv_old, $hasDiacritics);
}
}
// Maps lexems to arrays of inflected forms (some lexems may lack inflections)
// Also compute the text of the link to the paradigm div,
// which can be 'conjugări', 'declinări' or both
if (!empty($lexems)) {
$conjugations = false;
$declensions = false;
$filtered_lexems = array();
foreach ($lexems as $l) {
$lm = $l->getFirstLexemModel();
// One LexemModel suffices -- they all better have the same modelType.
$isVerb = $lm->modelType == 'V' || $lm->modelType == 'VT';
if (TYPE_SHOW_ONLY_VERBS == $type && $isVerb || TYPE_SHOW_NO_VERBS == $type && !$isVerb || !$type) {
$filtered_lexems[] = $l;
public static function searchMultipleWords($words, $hasDiacritics, $sourceId, $exclude_unofficial)
{
$defCounts = array();
foreach ($words as $word) {
$lexems = Lexem::searchInflectedForms($word, $hasDiacritics);
if (count($lexems)) {
$definitions = self::loadForLexems($lexems, $sourceId, $word, $exclude_unofficial);
foreach ($definitions as $def) {
$defCounts[$def->id] = array_key_exists($def->id, $defCounts) ? $defCounts[$def->id] + 1 : 1;
}
}
}
arsort($defCounts);
$result = array();
foreach ($defCounts as $defId => $cnt) {
if ($cnt >= 2) {
$d = Definition::get_by_id($defId);
if ($d) {
// Hidden definitions might return null
$result[] = $d;
}
}
}
return $result;
}
