| // | Robin Ericsson | // +----------------------------------------------------------------------+ // // $Id$ // // Numbers_Words class extension to spell numbers in Swedish language. // /** * * Class for translating numbers into Swedish. * @author Robin Ericsson * @package Numbers_Words */ /** * Include needed files */ require_once("Numbers/Words.php"); /** * Class for translating numbers into Swedish. * * @author Robin Ericsson * @package Numbers_Words */ class Numbers_Words_sv extends Numbers_Words { // {{{ properties /** * Locale name * @var string * @access public */ var $locale = 'sv'; /** * Language name in English * @var string * @access public */ var $lang = 'Swedish'; /** * Native language name * @var string * @access public */ var $lang_native = 'Svenska'; /** * The word for the minus sign * @var string * @access private */ var $_minus = 'Minus'; // minus sign /** * The sufixes for exponents (singular and plural) * @var array * @access private */ var $_exponent = array( 0 => array(''), 3 => array('tusen', 'tusen'), 6 => array('miljon','miljoner'), 9 => array('miljard','miljarder'), 12 => array('biljon','biljoner'), 15 => array('biljard','biljarder'), 18 => array('triljon','triljoner'), 21 => array('triljard','triljarder'), 24 => array('kvadriljon','kvadriljoner'), 27 => array('kvadriljard','kvadriljarder'), 30 => array('kvintiljon','kvintiljoner'), 33 => array('kvintiljard','kvintiljarder'), 36 => array('sextiljon','sextiljoner'), 39 => array('sextiljard','sextiljarder'), 42 => array('septiljon','septiljoner'), 45 => array('septiljard','septiljarder'), 48 => array('oktiljon','oktiljoner'), 51 => array('oktiljard','oktiljarder'), 54 => array('noniljon','noniljoner'), 57 => array('noniljard','noniljarder'), 60 => array('dekiljon','dekiljoner'), 63 => array('dekiljard','dekiljarder'), 120 => array('vigintiljon','vigintiljoner'), 123 => array('vigintiljard','vigintiljarder'), 600 => array('centiljon','centiljoner'), 603 => array('centiljard','centiljarder') ); /** * The array containing the digits (indexed by the digits themselves). * @var array * @access private */ var $_digits = array( 0 => 'noll', 'ett', 'två', 'tre', 'fyra', 'fem', 'sex', 'sju', 'åtta', 'nio' ); /** * The word separator * @var string * @access private */ var $_sep = ''; /** * The exponent word separator * @var string * @access private */ var $_sep2 = ' '; // }}} // {{{ toWords() /** * Converts a number to its word representation * in Swedish language. * * @param integer $num An integer between -infinity and infinity inclusive :) * that need to be converted to words * @param integer $power The power of ten for the rest of the number to the right. * Optional, defaults to 0. * @param integer $powsuffix The power name to be added to the end of the return string. * Used internally. Optional, defaults to ''. * * @return string The corresponding word representation * * @access private * @author Piotr Klaban * @author Robin Ericsson * @since PHP 4.2.3 */ function toWords($num, $power = 0, $powsuffix = '') { $ret = ''; // add a minus sign if (substr($num, 0, 1) == '-') { $ret = $this->_sep . $this->_minus; $num = substr($num, 1); } // strip excessive zero signs and spaces $num = trim($num); $num = preg_replace('/^0+/','',$num); if (strlen($num) > 3) { $maxp = strlen($num)-1; $curp = $maxp; for ($p = $maxp; $p > 0; --$p) { // power // check for highest power if (isset($this->_exponent[$p])) { // send substr from $curp to $p $snum = substr($num, $maxp - $curp, $curp - $p + 1); $snum = preg_replace('/^0+/','',$snum); if ($snum !== '') { $cursuffix = $this->_exponent[$power][count($this->_exponent[$power])-1]; if ($powsuffix != '') $cursuffix .= $this->_sep . $powsuffix; $ret .= $this->toWords($snum, $p, $cursuffix); } $curp = $p - 1; continue; } } $num = substr($num, $maxp - $curp, $curp - $p + 1); if ($num == 0) { return $ret; } } elseif ($num == 0 || $num == '') { return $this->_sep . $this->_digits[0]; } $h = $t = $d = 0; switch(strlen($num)) { case 3: $h = (int)substr($num,-3,1); case 2: $t = (int)substr($num,-2,1); case 1: $d = (int)substr($num,-1,1); break; case 0: return; break; } if ($h) { $ret .= $this->_sep . $this->_digits[$h] . $this->_sep . 'hundra'; } // ten, twenty etc. switch ($t) { case 5: case 6: case 7: $ret .= $this->_sep . $this->_digits[$t] . 'tio'; break; case 9: $ret .= $this->_sep . 'nittio'; break; case 8: $ret .= $this->_sep . 'åttio'; break; case 4: $ret .= $this->_sep . 'fyrtio'; break; case 3: $ret .= $this->_sep . 'trettio'; break; case 2: $ret .= $this->_sep . 'tjugo'; break; case 1: switch ($d) { case 0: $ret .= $this->_sep . 'tio'; break; case 1: $ret .= $this->_sep . 'elva'; break; case 2: $ret .= $this->_sep . 'tolv'; break; case 3: $ret .= $this->_sep . 'tretton'; break; case 4: $ret .= $this->_sep . 'fjorton'; break; case 5: case 6: $ret .= $this->_sep . $this->_digits[$d] . 'ton'; break; case 7: $ret .= $this->_sep . 'sjutton'; break; case 8: $ret .= $this->_sep . 'arton'; break; case 9: $ret .= $this->_sep . 'nitton'; } break; } if ($t != 1 && $d > 0) { // add digits only in <0>,<1,9> and <21,inf> // add minus sign between [2-9] and digit $ret .= $this->_sep . $this->_digits[$d]; } if ($power > 0) { if (isset($this->_exponent[$power])) $lev = $this->_exponent[$power]; if (!isset($lev) || !is_array($lev)) return null; $ret .= $this->_sep . $lev[0]; } if ($powsuffix != '') $ret .= $this->_sep . $powsuffix; return $ret; } // }}} } ?>