| public __construct ( integer $type, integer $kernel, float $cost = 1, float $nu = 0.5, integer $degree = 3, float $gamma = null, float $coef0, float $epsilon = 0.1, float $tolerance = 0.001, integer $cacheSize = 100, boolean $shrinking = true, boolean $probabilityEstimates = false ) | ||
| $type | integer | |
| $kernel | integer | |
| $cost | float | |
| $nu | float | |
| $degree | integer | |
| $gamma | float | |
| $coef0 | float | |
| $epsilon | float | |
| $tolerance | float | |
| $cacheSize | integer | |
| $shrinking | boolean | |
| $probabilityEstimates | boolean | |
/**
* @param int $kernel
* @param int $degree
* @param float $epsilon
* @param float $cost
* @param float|null $gamma
* @param float $coef0
* @param float $tolerance
* @param int $cacheSize
* @param bool $shrinking
*/
public function __construct(int $kernel = Kernel::RBF, int $degree = 3, float $epsilon = 0.1, float $cost = 1.0, float $gamma = null, float $coef0 = 0.0, float $tolerance = 0.001, int $cacheSize = 100, bool $shrinking = true)
{
parent::__construct(Type::EPSILON_SVR, $kernel, $cost, 0.5, $degree, $gamma, $coef0, $epsilon, $tolerance, $cacheSize, $shrinking, false);
}
/**
* @param int $kernel
* @param float $cost
* @param int $degree
* @param float|null $gamma
* @param float $coef0
* @param float $tolerance
* @param int $cacheSize
* @param bool $shrinking
* @param bool $probabilityEstimates
*/
public function __construct(int $kernel = Kernel::LINEAR, float $cost = 1.0, int $degree = 3, float $gamma = null, float $coef0 = 0.0, float $tolerance = 0.001, int $cacheSize = 100, bool $shrinking = true, bool $probabilityEstimates = false)
{
parent::__construct(Type::C_SVC, $kernel, $cost, 0.5, $degree, $gamma, $coef0, 0.1, $tolerance, $cacheSize, $shrinking, $probabilityEstimates);
}
