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69 lines (59 loc) · 2.12 KB
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<?php
declare(strict_types=1);
namespace Andante\Measurement\Quantity\Mass\Metric;
use Andante\Measurement\Contract\AutoScalableInterface;
use Andante\Measurement\Contract\CalculableInterface;
use Andante\Measurement\Contract\ComparableInterface;
use Andante\Measurement\Contract\ConvertibleInterface;
use Andante\Measurement\Contract\Math\NumberInterface;
use Andante\Measurement\Contract\Quantity\Mass\MetricMassInterface;
use Andante\Measurement\Contract\QuantityFactoryInterface;
use Andante\Measurement\Contract\UnitInterface;
use Andante\Measurement\Exception\InvalidUnitException;
use Andante\Measurement\Quantity\Trait\AutoScalableTrait;
use Andante\Measurement\Quantity\Trait\CalculableTrait;
use Andante\Measurement\Quantity\Trait\ComparableTrait;
use Andante\Measurement\Quantity\Trait\ConvertibleTrait;
use Andante\Measurement\Unit\Mass\MetricMassUnit;
/**
* Microgram quantity - 1/1000 of a milligram.
*/
final class Microgram implements MetricMassInterface, QuantityFactoryInterface, ConvertibleInterface, ComparableInterface, CalculableInterface, AutoScalableInterface
{
use ConvertibleTrait;
use ComparableTrait;
use CalculableTrait;
use AutoScalableTrait;
private function __construct(
private readonly NumberInterface $value,
private readonly UnitInterface $unit,
) {
}
/**
* Create a Microgram quantity.
*/
public static function of(NumberInterface $value): self
{
return new self($value, MetricMassUnit::Microgram);
}
/**
* @internal Used by the library for conversions and calculations
*
* @throws InvalidUnitException If unit is not MetricMassUnit::Microgram
*/
public static function from(NumberInterface $value, UnitInterface $unit): self
{
if (MetricMassUnit::Microgram !== $unit) {
throw InvalidUnitException::forInvalidUnit($unit, MetricMassUnit::Microgram, self::class);
}
return new self($value, $unit);
}
public function getValue(): NumberInterface
{
return $this->value;
}
public function getUnit(): UnitInterface
{
return $this->unit;
}
}