Searched refs:temp2 (Results 1 – 2 of 2) sorted by relevance
| /dokuwiki/vendor/splitbrain/lesserphp/src/Utils/ |
| D | Color.php | 130 $temp2 = $L < 0.5 ?
134 $temp1 = 2.0 * $L - $temp2;
136 $r = self::calculateRGBComponent($H + 1 / 3, $temp1, $temp2);
137 $g = self::calculateRGBComponent($H, $temp1, $temp2);
138 $b = self::calculateRGBComponent($H - 1 / 3, $temp1, $temp2);
169 * @param float $temp2 The second temporary variable used in the conversion process
173 protected static function calculateRGBComponent(float $comp, float $temp1, float $temp2): float argument
180 if (6 * $comp < 1) return $temp1 + ($temp2 - $temp1) * 6 * $comp;
181 if (2 * $comp < 1) return $temp2;
182 if (3 * $comp < 2) return $temp1 + ($temp2 - $temp1) * ((2 / 3) - $comp) * 6;
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| /dokuwiki/vendor/phpseclib/phpseclib/phpseclib/Crypt/ |
| D | Hash.php | 700 $temp2 = self::add32($m[$i + 4], $k[$i + 4]);
701 $y = self::add32_64($y, self::mul32_64($temp, $temp2));
704 $temp2 = self::add32($m[$i + 5], $k[$i + 5]);
705 $y = self::add32_64($y, self::mul32_64($temp, $temp2));
708 $temp2 = self::add32($m[$i + 6], $k[$i + 6]);
709 $y = self::add32_64($y, self::mul32_64($temp, $temp2));
712 $temp2 = self::add32($m[$i + 7], $k[$i + 7]);
713 $y = self::add32_64($y, self::mul32_64($temp, $temp2));
826 $temp2 = ($m[$i + 4] + $k[$i + 4]) & 0xFFFFFFFF;
827 $y = self::add64($y, self::mul64($temp, $temp2));
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