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*.ntvs* | ||
*.njsproj | ||
*.sln | ||
*.sw? | ||
*.sw? | ||
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vendor |
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# Numbers to Persian/Dari words converter | ||
Convert any number from 1 to 13 digits to Persian words | ||
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## Installation | ||
You can install this package using composer. | ||
``` | ||
$ composer require arifi/numbers-to-perisan | ||
``` | ||
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## Usage | ||
Genrate random password. | ||
```php | ||
<?php | ||
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use Arifi\NumbersToPersianConverter; | ||
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$string = new NumbersToPersianConverter(); | ||
$number = 123; | ||
echo $string->convert($number); // یکصد و بيست و سه | ||
``` |
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<?php | ||
namespace Arifi; | ||
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class NumbersToPersianConverter | ||
{ | ||
private $numbersToWord = array ( | ||
'0' => 'و' , | ||
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'1' => 'يك' , | ||
'2' => 'دو' , | ||
'3' => 'سه' , | ||
'4' => 'چهار' , | ||
'5' => 'پنج' , | ||
'6' => 'شش' , | ||
'7' => 'هفت' , | ||
'8' => 'هشت' , | ||
'9' => 'نه' , | ||
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'11' => 'يازده' , | ||
'12' => 'دوازده' , | ||
'13' => 'سيزده' , | ||
'14' => 'چهارده' , | ||
'15' => 'پانزده' , | ||
'16' => 'شانزده' , | ||
'17' => 'هفده' , | ||
'18' => 'هجده' , | ||
'19' => 'نوزده' , | ||
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'10' => 'ده' , | ||
'20' => 'بيست' , | ||
'30' => 'سی' , | ||
'40' => 'چهل' , | ||
'50' => 'پنجاه' , | ||
'60' => 'شصت' , | ||
'70' => 'هفتاد' , | ||
'80' => 'هشتاد' , | ||
'90' => 'نود' , | ||
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'100' => 'يكصد' , | ||
'200' => 'دوصد' , | ||
'300' => 'سهصد' , | ||
'400' => 'چهارصد' , | ||
'500' => 'پنجصد' , | ||
'600' => 'ششصد' , | ||
'700' => 'هفتصد' , | ||
'800' => 'هشتصد' , | ||
'900' => 'نهصد' , | ||
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't' => 'هزار' , | ||
'm' => 'ميليون' , | ||
'b' => 'ميليارد' , | ||
'tr' => 'تريليون' | ||
); | ||
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private function oneDigit($number) | ||
{ | ||
return $this->numbersToWord[$number]; | ||
} | ||
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private function twoDigits($number) | ||
{ | ||
if (fmod($number, 10) == 0 || ($number >= 11 && $number <= 19)) { | ||
$words = $this->numbersToWord[$number]; | ||
} else { | ||
$first = fmod($number, 10); | ||
$second = floor(($number / 10)); | ||
$second *= 10 ; | ||
$words = $this->numbersToWord[$second] . ' ' . $this->numbersToWord[0] . ' ' . $this->numbersToWord[$first]; | ||
} | ||
return $words; | ||
} | ||
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private function threeDigits($number) | ||
{ | ||
if (fmod($number, 100) == 0) { | ||
$words = $this->numbersToWord[$number]; | ||
} else { | ||
$first = fmod($number, 100); | ||
$second = floor(($number / 100)); | ||
$second *= 100 ; | ||
if ($first >= 1 && $first <= 9) { | ||
$firstWord = $this->oneDigit($first); | ||
} else { | ||
$firstWord = $this->twoDigits($first); | ||
} | ||
$words = $this->numbersToWord[$second] . ' ' . $this->numbersToWord[0] . ' ' . $firstWord; | ||
} | ||
return $words; | ||
} | ||
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private function oneToThreeDigits($number) | ||
{ | ||
if ($number >= 1 && $number <= 9) { | ||
$words = $this->oneDigit($number); | ||
} elseif ($number >= 10 && $number <= 99) { | ||
$words = $this->twoDigits($number); | ||
} elseif ($number >= 100 && $number <= 999) { | ||
$words = $this->threeDigits($number); | ||
} | ||
return $words; | ||
} | ||
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private function fourDigits($number) | ||
{ | ||
if (fmod($number, 1000) == 0) { | ||
$number2 = $number/1000; | ||
$number3 = $this->oneToThreeDigits($number2); | ||
$words = $number3 . ' ' . $this->numbersToWord['t']; | ||
} else { | ||
$first = fmod($number, 1000); | ||
$firstWord = $this->oneToThreeDigits($first); | ||
$second = floor(($number / 1000)); | ||
$secondWord = $this->oneToThreeDigits($second); | ||
$words = $secondWord . ' ' . $this->numbersToWord['t'] . ' ' . $this->numbersToWord[0] . ' ' . $firstWord; | ||
} | ||
return $words; | ||
} | ||
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private function sevenDigits($number) | ||
{ | ||
if (fmod($number, 1000000) == 0) { | ||
$number2 = $number/1000000; | ||
$number3 = $this->oneToThreeDigits($number2); | ||
$words = $number3 . ' ' . $this->numbersToWord['m']; | ||
} else { | ||
$first = fmod($number, 1000000); | ||
if ($first >= 1 && $first <= 999) { | ||
$firstWord = $this->oneToThreeDigits($first); | ||
} else { | ||
$firstWord = $this->fourDigits($first); | ||
} | ||
$second = floor(($number / 1000000)); | ||
$secondWord = $this->oneToThreeDigits($second); | ||
$words = $secondWord . ' ' . $this->numbersToWord['m'] . ' ' . $this->numbersToWord[0] . ' ' . $firstWord; | ||
} | ||
return $words; | ||
} | ||
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private function tenDigits($number) | ||
{ | ||
if (fmod($number, 1000000000) == 0) { | ||
$number2 = $number/1000000000; | ||
$number3 = $this->oneToThreeDigits($number2); | ||
$words = $number3 . ' ' . $this->numbersToWord['b']; | ||
} else { | ||
$first = fmod($number, 1000000000); | ||
if ($first >= 1 && $first <= 999) { | ||
$firstWord = $this->oneToThreeDigits($first); | ||
} elseif($first >= 1000 && $first <= 999999) { | ||
$firstWord = $this->fourDigits($first); | ||
} else { | ||
$firstWord = $this->sevenDigits($first); | ||
} | ||
$second = floor(($number / 1000000000)); | ||
$secondWord = $this->oneToThreeDigits($second); | ||
$words = $secondWord . ' ' . $this->numbersToWord['b'] . ' ' . $this->numbersToWord[0] . ' ' . $firstWord; | ||
} | ||
return $words; | ||
} | ||
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private function thirteenDigits($number) | ||
{ | ||
if (fmod($number, 1000000000000) == 0) { | ||
$number2 = $number/1000000000000; | ||
$number3 = $this->oneToThreeDigits($number2); | ||
$words = $number3 . ' ' . $this->numbersToWord['tr']; | ||
} else { | ||
$first = fmod($number, 1000000000000); | ||
if ($first >= 1 && $first <= 999) { | ||
$firstWord = $this->oneToThreeDigits($first); | ||
} elseif($first >= 1000 && $first <= 999999) { | ||
$firstWord = $this->fourDigits($first); | ||
} elseif($first >= 1000000 && $first <= 999999999) { | ||
$firstWord = $this->sevenDigits($first); | ||
} else { | ||
$firstWord = $this->tenDigits($first); | ||
} | ||
$second = floor(($number / 1000000000000)); | ||
$secondWord = $this->oneToThreeDigits($second); | ||
$words = $secondWord . ' ' . $this->numbersToWord['tr'] . ' ' . $this->numbersToWord[0] . ' ' . $firstWord; | ||
} | ||
return $words; | ||
} | ||
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public function convert($number) | ||
{ | ||
if ($number >= 1 && $number <= 9) { | ||
$words = $this->oneDigit($number); | ||
} elseif ($number >= 10 && $number <= 99) { | ||
$words = $this->twoDigits($number); | ||
} elseif ($number >= 100 && $number <= 999) { | ||
$words = $this->threeDigits($number); | ||
} elseif ($number >= 1000 && $number <= 999999) { | ||
$words = $this->fourDigits($number); | ||
} elseif ($number >= 1000000 && $number <= 999999999) { | ||
$words = $this->sevenDigits($number); | ||
} elseif ($number >= 1000000000 && $number <= 999999999999) { | ||
$words = $this->tenDigits($number); | ||
} elseif ($number >= 1000000000000 && $number <= 999999999999999) { | ||
$words = $this->thirteenDigits($number); | ||
} else { | ||
$words = 'Out of range'; | ||
} | ||
return $words; | ||
} | ||
} |