Image Effects
Apply Image Effects
2.9M Downloads / Month
Open Source MIT License
2.9M Downloads / Month
Open Source MIT License
public Image::brightness(int $level): ImageInterface
Change the brightness of the current image by a given level. Use values between -100
for min. brightness 0
for no change and +100
for max. brightness.
Name | Type | Description |
---|---|---|
level | integer | Level of brightness change |
use Intervention\Image\ImageManager;
use Intervention\Image\Drivers\Imagick\Driver;
// create new manager instance with desired driver
$manager = new ImageManager(new Driver());
// reading an image
$image = $manager->read('images/example.png');
// increase brightness
$image = $image->brightness(35);
public Image::contrast(int $level): ImageInterface
Change the contrast of the current image by a given level. Use values between -100
for min. contrast 0
for no change and +100
for max. contrast.
Name | Type | Description |
---|---|---|
level | integer | Level of contrast change |
use Intervention\Image\ImageManager;
use Intervention\Image\Drivers\Gd\Driver;
// create new manager instance with desired driver
$manager = new ImageManager(Driver::class);
// reading an image
$image = $manager->read('images/example.png');
// decreasing the contrast
$image = $image->contrast(-10);
public Image::gamma(float $gamma): ImageInterface
Apply a gamma correction operation on the current image.
Name | Type | Description |
---|---|---|
gamma | float | Gamma compensation value |
use Intervention\Image\ImageManager;
// create new manager instance with desired driver
$manager = ImageManager::gd();
// reading an image
$image = $manager->read('images/example.jpg');
// apply gamma correction
$image = $image->gamma(1.7);
public Image::colorize(int $red = 0, int $green = 0, int $blue = 0): ImageInterface
Change the intensity level of the given color values of red, green and blue. The input values are normalized so you have to include parameters from 100 for maximum color intesity to 0 for no change and -100 to remove all the certain color on the image.
Name | Type | Description |
---|---|---|
red | int | Intesity correction of all red colors in image |
green | int | Intesity correction of all green colors in image |
blue | int | Intesity correction of all blue colors in image |
use Intervention\Image\ImageManager;
use Intervention\Image\Drivers\Gd\Driver;
// create new manager instance with desired driver
$manager = ImageManager::withDriver(Driver::class);
// reading an image
$image = $manager->read('images/example.jpg');
// change colors to a blue & green tone
$image = $image->colorize(blue: 15, green: 10);
public Image::greyscale(): ImageInterface
Converts the current image into a greyscale version.
use Intervention\Image\ImageManager;
// create new manager instance with desired driver
$manager = ImageManager::imagick();
// read a colored image
$image = $manager->read('images/example.jpg');
// turn image into a greyscale version
$image = $image->greyscale();
public Image::flop(): ImageInterface
Mirror the current image horizontally.
use Intervention\Image\ImageManager;
use Intervention\Image\Drivers\Imagick\Driver;
// create new manager instance with desired driver
$manager = new ImageManager(new Driver());
// reading an image
$image = $manager->read('images/example.png');
// mirror image horizontally
$image = $image->flop();
public Image::flip(): ImageInterface
Mirror the current image vertically.
use Intervention\Image\ImageManager;
// create new manager instance with desired driver
$manager = ImageManager::imagick();
// reading an image
$image = $manager->read('images/example.png');
// mirror image vertically
$image = $image->flip();
public Image::rotate(float $angle, mixed $background = 'ffffff'): ImageInterface
Rotates the current image counterclockwise by the specified angle. Optionally, specify a background color to fill the newly created uncovered areas after the rotation.
Name | Type | Description |
---|---|---|
angle | float | The rotation angle in degrees to rotate the image counterclockwise |
background | mixed | A color to fill the newly created areas after rotation |
use Intervention\Image\ImageManager;
// create new manager instance with desired driver
$manager = ImageManager::gd();
// read an image
$image = $manager->read('images/example.png');
// rotate image 45 degrees clockwise
$image = $image->rotate(-45);
public Image::orient(): ImageInterface
This method uses Exif data to automatically orient images correctly. This rotation is performed automatically by default. So you don't have to call this method unless you have deactivated the auto orientation in the ImageManager configuration.
use Intervention\Image\ImageManager;
// create new manager instance without auto exif orientation
$manager = ImageManager::gd(autoOrientation: false);
// read the image
$image = $manager->read('images/example.jpg');
// orient image according to exif data
$image = $image->orient();
public Image::blur(int $amount = 5): ImageInterface
Apply a gaussian blur effect on the current image. Use the optional amount
argument to define the effect strenght with values between 0
and 100
.
With GD driver this method is performance intensive on larger amounts of blur. Use with care.
Name | Type | Description |
---|---|---|
amount | integer | Effect strength value (0 - 100) |
use Intervention\Image\ImageManager;
use Intervention\Image\Drivers\Gd\Driver;
// create new manager instance with desired driver
$manager = new ImageManager(Driver::class);
// reading an image
$image = $manager->read('images/example.png');
// apply blurring effect
$image = $image->blur(3);
public Image::sharpen(int $amount = 10): ImageInterface
Sharpen the current image instance with an optional amount
.
Name | Type | Description |
---|---|---|
amount | integer | The amount of the sharpening strength. (0 - 100) |
use Intervention\Image\ImageManager;
// create new manager instance with desired driver
$manager = ImageManager::imagick();
// reading an image
$image = $manager->read('images/example.png');
// apply blurring effect
$image = $image->blur(3);
public Image::invert(): ImageInterface
Invert all colors of the current image.
use Intervention\Image\ImageManager;
// create new manager instance with desired driver
$manager = ImageManager::gd();
// reading an image
$image = $manager->read('images/example.png');
// invert colors
$image = $image->invert();
public Image::pixelate(int $size): ImageInterface
Applies a pixelation effect on the current image with a given pixel size.
Name | Type | Description |
---|---|---|
size | integer | Size of the pixels. |
use Intervention\Image\ImageManager;
// create new manager instance with desired driver
$manager = ImageManager::withDriver(new Driver());
// reading an image
$image = $manager->read('images/example.png');
// apply the pixelation effect
$image = $image->pixelate(12);
public Image::reduceColors(int $limit, mixed $background = 'transparent'): ImageInterface
Apply color quantization to the current image by reducing the numbers of distinct colors in the current image to the given limit. The number of colors is lowered in a way that the new image should be as visually similar as possible.
With GD driver (semi-)transparent colors that lose their transparency as a result of the reduction process are blended against the given background color.
Name | Type | Description |
---|---|---|
limit | integer | Allowed number of distinct colors |
mixed | background | Color formerly semi-transparent colors are blended against |
use Intervention\Image\ImageManager;
// create new manager instance with desired driver
$manager = ImageManager::imagick();
// reading an image
$image = $manager->read('images/example.png');
// quantize colors to a maximum of 16
$image = $image->reduceColors(16);
Edit