How to use get_precision method of pts_math class

Best Phoronix-test-suite code snippet using pts_math.get_precision

pts_math.php

Source: pts_math.php Github

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...18class pts_math19{20 public static function values_outside_three_sigma_limits($values)21 {22 $p = pts_math::get_precision($values);23 $tsl = pts_math::three_sigma_limits($values, $p);24 $outside_limits = array();25 foreach($values as $num)26 {27 if($num < $tsl[0] || $num > $tsl[1])28 {29 $outside_limits[] = $num;30 }31 }32 return empty($outside_limits) ? false : $outside_limits;33 }34 public static function three_sigma_limits($values, $p = 2)35 {36 $avg = pts_math::arithmetic_mean($values);37 $variance = pts_math::variance($values, $avg);38 $std_dev = sqrt($variance);39 $std_dev_3x = $std_dev * 3;40 return array(round($avg - $std_dev_3x, $p), round($avg + $std_dev_3x, $p));41 }42 public static function variance($values, $avg)43 {44 return array_sum(array_map(function($v) use ($avg) { return pow($v - $avg, 2); }, $values)) /​ count($values);45 }46 public static function arithmetic_mean($values)47 {48 return array_sum($values) /​ count($values);49 }50 public static function geometric_mean($values)51 {52 /​/​ simple code hits INF issue on large arrays53 /​/​return pow(array_product($values), (1 /​ count($values)));54 $power = 1 /​ count($values);55 $chunk_r = array();56 foreach(array_chunk($values, 8) as $chunk)57 {58 $chunk_r[] = pow(array_product($chunk), $power);59 }60 return array_product($chunk_r);61 }62 public static function harmonic_mean($values)63 {64 /​/​ useful for rates /​ all same result types65 $sum = 0;66 foreach($values as $v)67 {68 $sum += 1 /​ $v;69 }70 return (1 /​ $sum) * count($values);71 }72 public static function standard_error($values)73 {74 self::clean_numeric_array($values);75 return empty($values) ? 0 : (self::standard_deviation($values) /​ sqrt(count($values)));76 }77 public static function remove_outliers($values, $mag = 2)78 {79 $ret = array();80 $mean = pts_math::arithmetic_mean($values);81 $std_dev = self::standard_deviation($values);82 $outlier = $mag * $std_dev;83 foreach($values as $i)84 {85 if(is_numeric($i) && abs($i - $mean) <= $outlier)86 {87 $ret[] = $i;88 }89 }90 return $ret;91 }92 public static function standard_deviation($values)93 {94 self::clean_numeric_array($values);95 $count = count($values);96 if($count < 2)97 {98 return 0;99 }100 $total = array_sum($values);101 $mean = $total /​ $count;102 $standard_sum = 0;103 foreach($values as $value)104 {105 $standard_sum += pow(($value - $mean), 2);106 }107 return sqrt($standard_sum /​ ($count - 1));108 }109 public static function percent_standard_deviation($values)110 {111 if(count($values) == 0)112 {113 /​/​ No values114 return 0;115 }116 $standard_deviation = pts_math::standard_deviation($values);117 $average_value = pts_math::arithmetic_mean($values);118 return $average_value != 0 ? ($standard_deviation /​ $average_value * 100) : 0;119 }120 public static function get_precision($number)121 {122 /​/​ number of decimal digits123 if(is_array($number))124 {125 $max_precision = 0;126 foreach($number as $n)127 {128 $max_precision = max($max_precision, pts_math::get_precision($n));129 }130 return $max_precision;131 }132 else133 {134 return strlen(substr(strrchr($number, '.'), 1));135 }136 }137 public static function set_precision($number, $precision = 2)138 {139 /​/​ This is better than using round() with precision because of the $precision is > than the current value, 0s will not be appended140 return is_numeric($number) ? number_format($number, $precision, '.', '') : $number;141 }142 public static function find_percentile($values, $quartile)...

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get_precision

Using AI Code Generation

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1echo "Precision of 10.0 is " . pts_math::get_precision(10.0) . "2";3echo "Precision of 10.00 is " . pts_math::get_precision(10.00) . "4";5echo "Precision of 10.000 is " . pts_math::get_precision(10.000) . "6";7echo "Precision of 10.0000 is " . pts_math::get_precision(10.0000) . "8";9echo "Precision of 10.00000 is " . pts_math::get_precision(10.00000) . "10";11echo "Precision of 10.000000 is " . pts_math::get_precision(10.000000) . "12";13echo "Precision of 10.0000000 is " . pts_math::get_precision(10.0000000) . "14";15echo "Precision of 10.00000000 is " . pts_math::get_precision(10.00000000) . "16";17echo "Precision of 10.000000000 is " . pts_math::get_precision(10.000000000) . "18";19echo "Precision of 10.0000000000 is " . pts_math::get_precision(10.0000000000) . "20";21echo "Precision of 10.00000000000 is " . pts_math::get_precision(10.00000000000) . "22";23echo "Precision of 10.000000000000 is " . pts_math::get_precision(10.000000000000) . "24";

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get_precision

Using AI Code Generation

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1$precision = pts_math::get_precision(2.3456789);2echo $precision;3$precision = pts_math::get_precision(2.3456789, 2);4echo $precision;5$precision = pts_math::get_precision(2.3456789, 3);6echo $precision;7$precision = pts_math::get_precision(2.3456789, 4);8echo $precision;9$precision = pts_math::get_precision(2.3456789, 5);10echo $precision;11$precision = pts_math::get_precision(2.3456789, 6);12echo $precision;13$precision = pts_math::get_precision(2.3456789, 7);14echo $precision;15$precision = pts_math::get_precision(2.3456789, 8);16echo $precision;17$precision = pts_math::get_precision(2.3456789, 9);18echo $precision;19$precision = pts_math::get_precision(2.3456789, 10);20echo $precision;21$precision = pts_math::get_precision(2.3456789, 11);22echo $precision;

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get_precision

Using AI Code Generation

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1require_once('pts_math.php');2echo pts_math::get_precision(0.12345678);3echo pts_math::get_precision(0.00000001);4echo pts_math::get_precision(1.2345678);5echo pts_math::get_precision(1.2345678, 3);6echo pts_math::get_precision(0.00000001, 3);7echo pts_math::get_precision(0.12345678, 3);8require_once('pts_math.php');9echo pts_math::get_precision(0.12345678);10echo pts_math::get_precision(0.00000001);11echo pts_math::get_precision(1.2345678);12echo pts_math::get_precision(1.2345678, 3);13echo pts_math::get_precision(0.00000001, 3);14echo pts_math::get_precision(0.12345678, 3);15require_once('pts_math.php');16echo pts_math::get_precision(0.12345678);17echo pts_math::get_precision(0.00000001);18echo pts_math::get_precision(1.2345678);19echo pts_math::get_precision(1.2345678, 3);20echo pts_math::get_precision(0.00000001, 3);21echo pts_math::get_precision(0.12345678, 3);22require_once('pts_math.php');23echo pts_math::get_precision(0.12345678);24echo pts_math::get_precision(0.00000001);25echo pts_math::get_precision(1.2345678);26echo pts_math::get_precision(1.2345678, 3);27echo pts_math::get_precision(0.00000001, 3);28echo pts_math::get_precision(0.12345678, 3);

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get_precision

Using AI Code Generation

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1require_once 'pts_math.php';2$precision = pts_math::get_precision(1.2345);3echo $precision;4require_once 'pts_math.php';5$precision = pts_math::get_precision(1.2345, 2);6echo $precision;7require_once 'pts_math.php';8$precision = pts_math::get_precision(1.2345, 2, true);9echo $precision;10require_once 'pts_math.php';11$precision = pts_math::get_precision(1.2345, 2, false);12echo $precision;13require_once 'pts_math.php';14$precision = pts_math::get_precision(1.2345, 2, true, 1);15echo $precision;16require_once 'pts_math.php';17$precision = pts_math::get_precision(1.2345, 2, true, 2);18echo $precision;19require_once 'pts_math.php';20$precision = pts_math::get_precision(1.2345, 2, true, 3);21echo $precision;22require_once 'pts_math.php';23$precision = pts_math::get_precision(1.2345, 2, true, 4);24echo $precision;

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