Arabic numerals into Chinese characters (large, lowercase)

To turn numbers into Chinese characters Wrote one of his own function Number2chinese ($num, $m = 1) { Switch ($m) { Case 0: $CNum = Array ( Array (' 0 ', ' one ', ' II ', ' three ', ' establishments ', ' Wu ', ' Lu ', ' qi ', ' ba ', ' JIU '), Array (', ' Pick ', ' bai ', ' thousand '), Array (', ' million ', ' Yi ', ' billions ') ); Break Default $CNum = Array ( Array (' 0 ', ' one ', ' two ', ' three ', ' four ', ' five ', ' six ', ' seven ', ' eight ', ' nine '), Array (' ', ' ten ', ' hundred ', ' thousand '), Array (', ' million ', ' billion ', ' trillion ') ); Break } $cNum = Array (' 0 ', ' one ', ' two ', ' three ', ' four ', ' V ', ' VI ', ' VII ', ' VIII ', ' IX '); if (Is_integer ($num)) { $int = (string) $num; } else if (Is_numeric ($num)) { $num = Explode ('. ', (String) floatval ($num)); $int = $num [0]; $FL = Isset ($num [1])? $num [1]: FALSE; } Length $len = strlen ($int); Chinese $chinese = Array (); Reversed number $str = Strrev ($int); for ($i = 0; $i < $len; $i +=4) { $s = Array (0=> $str [$i], 1=> $str [$i +1], 2=> $str [$i +2], 3=> $str [$i +3]); $j = "; Thousands if ($s [3]!== ") { $s [3] = (int) $s [3]; if ($s [3]!== 0) { $j. = $CNum [0][$s [3]]. $CNum [1][3]; } else { if ($s [2]! = 0 | | $s [1]! = 0 | | $s [0]!=0] { $j. = $CNum [0][0]; } } } Hundred if ($s [2]!== ") { $s [2] = (int) $s [2]; if ($s [2]!== 0) { $j. = $CNum [0][$s [2]]. $CNum. } else { if ($s [3]!=0 && ($s [1]! = 0 | | $s [0]!=0]) { $j. = $CNum [0][0]; } } } Ten if ($s [1]!== ") { $s [1] = (int) $s [1]; if ($s [1]!== 0) { $j. = $CNum [0][$s [1]]. $CNum [1][1]; } else { if ($s [0]!=0 && $s [2]! = 0) { $j. = $CNum [0][$s [1]]; } } } Bit if ($s [0]!== ") { $s [0] = (int) $s [0]; if ($s [0]!== 0) { $j. = $CNum [0][$s [0]]. $CNum [1][0]; } else { $j. = $CNum [0][0]; } } $j. = $CNum [2][$i/4]; Array_unshift ($chinese, $j); } $chs = Implode (' ', $chinese); if ($FL) { $chs. = ' point '; For ($i =0, $j =strlen ($FL), $i < $j; $i + +) { $t = (int) $FL [$i]; $chs. = $str [0][$t]; } } return $chs; } Copy Code function Number2chinese ($num, $m = 1) { Switch ($m) { Case 0: $CNum = Array ( Array (' 0 ', ' one ', ' II ', ' three ', ' establishments ', ' Wu ', ' Lu ', ' qi ', ' ba ', ' JIU '), Array (', ' Pick ', ' bai ', ' thousand '), Array (', ' million ', ' Yi ', ' billions ') ); Break Default $CNum = Array ( Array (' 0 ', ' one ', ' two ', ' three ', ' four ', ' five ', ' six ', ' seven ', ' eight ', ' nine '), Array (' ', ' ten ', ' hundred ', ' thousand '), Array (', ' million ', ' billion ', ' trillion ') ); Break } $cNum = Array (' 0 ', ' one ', ' two ', ' three ', ' four ', ' V ', ' VI ', ' VII ', ' VIII ', ' IX '); if (Is_integer ($num)) { $int = (string) $num; } else if (Is_numeric ($num)) { $num = Explode ('. ', (String) floatval ($num)); $int = $num [0]; $FL = Isset ($num [1])? $num [1]: FALSE; } Length $len = strlen ($int); Chinese $chinese = Array (); Reversed number $str = Strrev ($int); for ($i = 0; $i < $len; $i +=4) { $s = Array (0=> $str [$i], 1=> $str [$i +1], 2=> $str [$i +2], 3=> $str [$i +3]); $j = "; Thousands if ($s [3]!== ") { $s [3] = (int) $s [3]; if ($s [3]!== 0) { $j. = $CNum [0][$s [3]]. $CNum [1][3]; } else { if ($s [2]! = 0 | | $s [1]! = 0 | | $s [0]!=0] { $j. = $CNum [0][0]; } } } Hundred if ($s [2]!== ") { $s [2] = (int) $s [2]; if ($s [2]!== 0) { $j. = $CNum [0][$s [2]]. $CNum. } else { if ($s [3]!=0 && ($s [1]! = 0 | | $s [0]!=0]) { $j. = $CNum [0][0]; } } } Ten if ($s [1]!== ") { $s [1] = (int) $s [1]; if ($s [1]!== 0) { $j. = $CNum [0][$s [1]]. $CNum [1][1]; } else { if ($s [0]!=0 && $s [2]! = 0) { $j. = $CNum [0][$s [1]]; } } } Bit if ($s [0]!== ") { $s [0] = (int) $s [0]; if ($s [0]!== 0) { $j. = $CNum [0][$s [0]]. $CNum [1][0]; } else { $j. = $CNum [0][0]; } } $j. = $CNum [2][$i/4]; Array_unshift ($chinese, $j); } $chs = Implode (' ', $chinese); if ($FL) { $chs. = ' point '; For ($i =0, $j =strlen ($FL), $i < $j; $i + +) { $t = (int) $FL [$i]; $chs. = $str [0][$t]; } } return $chs; } Copy Code

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