PHP Imagick::setImageMatte Examples

Example #1

File: Imagine.php Project: nicodmf/Imagine

 /**
  * (non-PHPdoc)
  * @see Imagine\ImagineInterface::load()
  */
 public function load($string)
 {
     try {
         $imagick = new \Imagick();
         $imagick->readImageBlob($string);
         $imagick->setImageMatte(true);
         return new Image($imagick);
     } catch (\ImagickException $e) {
         throw new RuntimeException('Could not load image from string', $e->getCode(), $e);
     }
 }

Example #2

File: imagick.php Project: 469306621/Languages

 protected function _mask($maskimage)
 {
     extract(parent::_mask($maskimage));
     $wmimage = new \Imagick();
     $wmimage->readImage($maskimage);
     $wmimage->setImageMatte(false);
     $this->imagick->compositeImage($wmimage, \Imagick::COMPOSITE_COPYOPACITY, 0, 0);
 }

Example #3

File: RImagine.php Project: raadhuis/modx-basic

 public function load($string)
 {
     try {
         $magick = new \Imagick();
         $magick->readImageBlob($string);
         $magick->setImageMatte(true);
         $palette = self::createPalette($magick->getImageColorspace());
     } catch (\ImagickException $e) {
         throw new RuntimeException("Imagick: Could not load image from string. {$e->getMessage()}", $e->getCode(), $e);
     }
     return new RImage($magick, $palette, self::$emptyBag);
 }

Example #4

File: Imagick.php Project: shanky0110/pimcore-custom

 /**
  * @param  $image
  * @return Pimcore_Image_Adapter_Imagick
  */
 public function applyMask($image)
 {
     $image = ltrim($image, "/");
     $image = PIMCORE_DOCUMENT_ROOT . "/" . $image;
     if (is_file($image)) {
         $this->resource->setImageMatte(1);
         $newImage = new Imagick();
         $newImage->readimage($image);
         $newImage->resizeimage($this->getWidth(), $this->getHeight(), Imagick::FILTER_UNDEFINED, 1, false);
         $this->resource->compositeImage($newImage, Imagick::COMPOSITE_DSTIN, 0, 0);
     }
     $this->reinitializeImage();
     return $this;
 }

Example #5

File: Imagick.php Project: Gerhard13/pimcore

 /**
  * @param  $image
  * @return self
  */
 public function applyMask($image)
 {
     $this->preModify();
     $image = ltrim($image, "/");
     $image = PIMCORE_DOCUMENT_ROOT . "/" . $image;
     if (is_file($image)) {
         $this->resource->setImageMatte(1);
         $newImage = new \Imagick();
         $newImage->readimage($image);
         $newImage->resizeimage($this->getWidth(), $this->getHeight(), \Imagick::FILTER_UNDEFINED, 1, false);
         $this->resource->compositeImage($newImage, \Imagick::COMPOSITE_COPYOPACITY, 0, 0, \Imagick::CHANNEL_ALPHA);
     }
     $this->postModify();
     $this->setIsAlphaPossible(true);
     return $this;
 }

Example #6

File: Imagine.php Project: jmstan/craft-website

 /**
  * {@inheritdoc}
  */
 public function load($string)
 {
     try {
         $imagick = new Imagick();
         $imagick->readImageBlob($string);
         $imagick->setImageMatte(true);
         return new Image($imagick, $this->createPalette($imagick), $this->getMetadataReader()->readData($string));
     } catch (\ImagickException $e) {
         throw new RuntimeException('Could not load image from string', $e->getCode(), $e);
     }
 }

Example #7

File: Imagick.php Project: deltaphp/image

 public function addWatermarkTextMask($text = "Copyright", $font = "Courier", $size = 20, $color = "grey70", $maskColor = "grey30", $position = \Imagick::GRAVITY_SOUTHEAST)
 {
     $watermark = new \Imagick();
     $mask = new \Imagick();
     $draw = new \ImagickDraw();
     $width = $this->getWidth();
     $height = $this->getHeight();
     $watermark->newImage($width, $height, new \ImagickPixel($maskColor));
     $mask->newImage($width, $height, new \ImagickPixel('black'));
     $draw->setFont($font);
     $draw->setFontSize($size);
     $draw->setFillColor($color);
     $draw->setGravity($position);
     $watermark->annotateImage($draw, 10, 12, 0, $text);
     $draw->setFillColor('white');
     $mask->annotateImage($draw, 11, 13, 0, $text);
     $mask->annotateImage($draw, 10, 12, 0, $text);
     $draw->setFillColor('black');
     $mask->annotateImage($draw, 9, 11, 0, $text);
     $mask->setImageMatte(false);
     $watermark->compositeImage($mask, \Imagick::COMPOSITE_COPYOPACITY, 0, 0);
     return $this->getImage()->compositeImage($watermark, \Imagick::COMPOSITE_DISSOLVE, 0, 0);
 }

Example #8

File: jquery.maskImage.php Project: AmandaSyachri/webworks-webme

    echo 'failed at hurdle 1';
    exit;
}
require_once $_SERVER['DOCUMENT_ROOT'] . '/ww.incs/basics.php';
if ($src[0] == '/') {
    $src = USERBASE . $src;
} else {
    $src = dirname(__FILE__) . '/' . $src;
}
if ($mask[0] == '/') {
    $mask = USERBASE . $mask;
} else {
    $mask = dirname(__FILE__) . '/' . $mask;
}
if (!file_exists($src) || !file_exists($mask)) {
    echo 'failed at hurdle 2';
    exit;
}
$md5 = md5(print_r($_REQUEST, true));
$cache = 'cache';
if (file_exists('cache/' . $md5 . '.png')) {
    header('Content-Type: image/png');
    readfile('cache/' . $md5 . '.png');
}
$src = new Imagick($src);
$mask = new Imagick($mask);
$src->setImageMatte(1);
$src->compositeImage($mask, Imagick::COMPOSITE_DSTIN, 0, 0);
$src->writeImage('cache/' . $md5 . '.png');
header('Content-Type: image/png');
echo $src;

Example #9

File: Imagick.php Project: xingskycn/p2-php

 /**
  * Image conversion abstraction.
  *
  * @param string $source
  * @param array $size
  * @return Imagick
  */
 protected function _convert($source, $size)
 {
     extract($size);
     $im = new Imagick();
     $js = 0;
     $hint = max($tw, $th) * $js;
     if ($hint > 0 && $hint < $sw && $hint < $sh) {
         if (pathinfo($source, PATHINFO_EXTENSION) === 'jpg') {
             $im->setOption('jpeg:size', sprintf('%dx%d', $hint, $hint));
         }
     }
     $im->readImage($source);
     if ($im->getNumberImages() > 1) {
         $im->flattenImages();
     }
     $colorspace = $im->getImageColorSpace();
     if ($colorspace !== Imagick::COLORSPACE_RGB && $colorspace !== Imagick::COLORSPACE_SRGB) {
         $im->setImageColorSpace(Imagick::COLORSPACE_SRGB);
     }
     if ($im->getImageMatte()) {
         $im->setImageMatte(false);
     }
     if ($this->doesTrimming()) {
         $im->cropImage($sw, $sh, $sx, $sy);
     }
     if ($this->doesResampling()) {
         $im->resizeImage($tw, $th, Imagick::FILTER_LANCZOS, 0.9, true);
     }
     $im->stripImage();
     $degrees = $this->getRotation();
     if ($degrees) {
         $bgcolor = $this->getBgColor();
         $bg = sprintf('rgb(%d,%d,%d)', $bgcolor[0], $bgcolor[1], $bgcolor[2]);
         $im->rotateImage(new ImagickPixel($bg), $degrees);
     }
     if ($this->isPng()) {
         $im->setFormat('PNG');
     } else {
         $im->setFormat('JPEG');
         if ($this->getQuality()) {
             $im->setCompressionQuality($this->getQuality());
         }
     }
     return $im;
 }

Example #10

File: distortImage.php Project: sdmmember/Imagick-demos

 function renderImagePerspective()
 {
     //Example Imagick::distortImage Perspective
     //$imagick = new \Imagick(realpath($this->rsiControl->getImagePath()));
     $imagick = new \Imagick();
     /* Create new checkerboard pattern */
     $imagick->newPseudoImage(100, 100, "pattern:checkerboard");
     /* Set the image format to png */
     $imagick->setImageFormat('png');
     /* Fill new visible areas with transparent */
     $imagick->setImageVirtualPixelMethod(\Imagick::VIRTUALPIXELMETHOD_TRANSPARENT);
     /* Activate matte */
     $imagick->setImageMatte(true);
     /* Control points for the distortion */
     $controlPoints = array(10, 10, 10, 5, 10, $imagick->getImageHeight() - 20, 10, $imagick->getImageHeight() - 5, $imagick->getImageWidth() - 10, 10, $imagick->getImageWidth() - 10, 20, $imagick->getImageWidth() - 10, $imagick->getImageHeight() - 10, $imagick->getImageWidth() - 10, $imagick->getImageHeight() - 30);
     /* Perform the distortion */
     $imagick->distortImage(\Imagick::DISTORTION_PERSPECTIVE, $controlPoints, true);
     header("Content-Type: image/jpg");
     echo $imagick->getImageBlob();
     //Example end
 }

Example #11

File: bar_preview.php Project: VinceOmega/mcb-nov-build

function kingBar($a)
{
    $line_1 = $a['line_1'];
    $line_2 = $a['line_2'];
    $line_3 = $a['line_3'];
    $line_4 = $a['line_4'];
    $line_1_font = $a['line_1_font'];
    $line_2_font = $a['line_2_font'];
    $line_3_font = $a['line_3_font'];
    $line_4_font = $a['line_4_font'];
    $line_1_size = $a['line_1_size'];
    $line_2_size = $a['line_2_size'];
    $line_3_size = $a['line_3_size'];
    $line_4_size = $a['line_4_size'];
    $line_1_x = $a['line_1_x'];
    $line_2_x = $a['line_2_x'];
    $line_3_x = $a['line_3_x'];
    $line_4_x = $a['line_4_x'];
    $line_1_y = $a['line_1_y'];
    $line_2_y = $a['line_2_y'];
    $line_3_y = $a['line_3_y'];
    $line_4_y = $a['line_4_y'];
    $base = new \Imagick('/var/www/mch' . $a['base']);
    $draw = new \ImagickDraw();
    $fillColor = $base->getImagePixelColor(0, 0);
    $textColor = "rgb(126, 64, 17)";
    if (isset($a['layer_top']) && $a['layer_top'] != "") {
        $layout = new \Imagick();
        $layout_x = $a['layer_top_x'];
        $layout_y = $a['layer_top_y'];
        if ($a['image_uploaded'] != true) {
            $img = '/var/www/mch/' . $a['layer_top'];
            $blob = base64_decode(convert($img));
            $layout->readImageBlob($blob);
            $layout->setImageFormat('png');
        } else {
            $layout->readImage($img);
        }
    }
    if ($line_1 != "" || $line_2 != "" || $line_3 != "" || $line_4 != "") {
        // $line_1_x = $line_1_x + 25; $line_2_x = $line_2_x + 25; $line_3_x = $line_3_x + 25; $line_4_x = $line_4_x + 25;
        $line_1_x = $line_1_x < 70 ? 70 : $line_1_x;
        $line_1_x = $line_1_x > 196 ? 197 + 20 : $line_1_x;
        $line_2_x = $line_2_x < 70 ? 70 : $line_2_x;
        $line_2_x = $line_2_x > 196 ? 197 + 20 : $line_2_x;
        $line_3_x = $line_3_x < 70 ? 70 : $line_3_x;
        $line_3_x = $line_3_x > 196 ? 197 + 20 : $line_3_x;
        $line_4_x = $line_4_x < 70 ? 70 : $line_4_x;
        $line_4_x = $line_4_x > 196 ? 197 + 20 : $line_4_x;
        $size = getimagesize('/var/www/mch' . $a['base']);
        $w = $size[0];
        $h = $size[1];
        $tras = new Imagick();
        $mask = new Imagick();
        $tras->newImage($w, $h, new ImagickPixel('grey30'));
        $mask->newImage($w, $h, new ImagickPixel('black'));
        // $tras->paintTransparentImage(new ImagickPixel('black'), 0.4, 0);
        $draw->setFont($line_1_font);
        $draw->setFontSize($line_1_size);
        $draw->setFontWeight(700);
        $draw->setFillColor($textColor);
        $tras->annotateImage($draw, $line_1_x - 1, $line_1_y - 1, 0, $line_1);
        $draw->setFillColor('white');
        $mask->annotateImage($draw, $line_1_x, $line_1_y, 0, $line_1);
        $mask->annotateImage($draw, $line_1_x - 1, $line_1_y - 1, 0, $line_1);
        $draw->setFillColor('black');
        $mask->annotateImage($draw, $line_1_x - 2, $line_1_y - 2, 0, $line_1);
        $draw->setFont($line_2_font);
        $draw->setFontSize($line_2_size);
        $draw->setFontWeight(700);
        $draw->setFillColor($textColor);
        $tras->annotateImage($draw, $line_2_x - 1, $line_2_y - 1, 0, $line_2);
        $draw->setFillColor('white');
        $mask->annotateImage($draw, $line_2_x, $line_2_y, 0, $line_2);
        $mask->annotateImage($draw, $line_2_x - 1, $line_2_y - 1, 0, $line_2);
        $draw->setFillColor('black');
        $mask->annotateImage($draw, $line_2_x - 2, $line_2_y - 2, 0, $line_2);
        $draw->setFont($line_3_font);
        $draw->setFontSize($line_3_size);
        $draw->setFontWeight(700);
        $draw->setFillColor($textColor);
        $tras->annotateImage($draw, $line_3_x - 1, $line_3_y - 1, 0, $line_3);
        $draw->setFillColor('white');
        $mask->annotateImage($draw, $line_3_x, $line_3_y, 0, $line_3);
        $mask->annotateImage($draw, $line_3_x - 1, $line_3_y - 1, 0, $line_3);
        $draw->setFillColor('black');
        $mask->annotateImage($draw, $line_3_x - 2, $line_3_y - 2, 0, $line_3);
        $draw->setFont($line_4_font);
        $draw->setFontSize($line_4_size);
        $draw->setFontWeight(700);
        $draw->setFillColor($textColor);
        $tras->annotateImage($draw, $line_4_x - 1, $line_4_y - 1, 0, $line_4);
        $draw->setFillColor('white');
        $mask->annotateImage($draw, $line_4_x, $line_4_y, 0, $line_4);
        $mask->annotateImage($draw, $line_4_x - 1, $line_4_y - 1, 0, $line_4);
        $draw->setFillColor('black');
        $mask->annotateImage($draw, $line_4_x - 2, $line_4_y - 2, 0, $line_4);
        $mask->setImageMatte(false);
        $tras->compositeImage($mask, Imagick::COMPOSITE_COPYOPACITY, 0, 0);
        $base->compositeImage($tras, Imagick::COMPOSITE_DISSOLVE, 0, 0);
    }
    echo "line 1x : " . $line_1_x . " line 2x : " . $line_2_x . " line 3x : " . $line_3_x . " line 4x: " . $line_4_x;
    // $img = '/var/www/mch'.$a['layout'];
    // $size = getimagesize($a['img']);
    // $h = $size[1];
    // $w = $size[0];
    $h = 100;
    $w = 100;
    $x = $layout_x;
    $y = $layout_y;
    // echo $x." ";
    // echo $y;
    if ($x < 134) {
        $x = 134;
    }
    if ($x > 186) {
        $x = 186;
    }
    if ($y < 27) {
        $y = 27;
    }
    if ($y > 84) {
        $y = 84;
    }
    $date = date('Y_m_d_H_i_s');
    if (isset($a['layer_top']) && $a['layer_top'] != "") {
        $layout->resizeImage($w, $h, Imagick::FILTER_LANCZOS, 1);
        $base->compositeImage($layout, Imagick::COMPOSITE_OVERLAY, $x, $y);
    }
    $bar = $base->writeImage('/var/www/mch/public/test_bar.png');
    $base->destroy();
    if ($bar) {
        $barpath = "test_bar.png";
        // echo "x-axis : ".$x." y-axis : ".$y;
        echo "<img src='{$barpath}'>";
        return $bar;
    } else {
        return false;
    }
}

Example #12

File: previewBuilder.php Project: rpasta42/url-to-apk

    $site = $_POST['url'];
}
$site = filter_var($site, FILTER_SANITIZE_URL);
$site = htmlspecialchars($site);
$site = addhttp($site);
$blankPhone = 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';
$image = file_get_contents("https://www.googleapis.com/pagespeedonline/v1/runPagespeed?url={$site}&screenshot=true&strategy=mobile");
$image = json_decode($image, true);
$image = $image['screenshot']['data'];
$image = str_replace(array('_', '-'), array('/', '+'), $image);
$imageBlob = base64_decode($image);
$im = new Imagick();
$im->readImageBlob($imageBlob);
$im->setImageFormat('png');
$im->setImageVirtualPixelMethod(Imagick::VIRTUALPIXELMETHOD_TRANSPARENT);
$im->setImageMatte(true);
$controlPoints = array(0, 0, 100, 127, 320, 0, 392, 8, 0, 533, 348, 577, 320, 533, 658, 433);
$im->distortImage(Imagick::DISTORTION_PERSPECTIVE, $controlPoints, true);
$output = new Imagick();
$phoneBlob = base64_decode($blankPhone);
$output->readImageBlob($phoneBlob);
$output->setImageFormat('png');
$output->setImageVirtualPixelMethod(Imagick::VIRTUALPIXELMETHOD_TRANSPARENT);
$output->compositeimage($im->getimage(), $output->getImageCompose(), 130, 88);
$output->flattenImages();
function addhttp($url)
{
    if (!preg_match("~^(?:f|ht)tps?://~i", $url)) {
        $url = "http://" . $url;
    }
    return $url;

Example #13

File: image.php Project: rmd6502/PicClient

if (array_key_exists("img", $_REQUEST)) {
    $image = $_REQUEST['img'];
    try {
        $img = new Imagick($image);
        if ($img->valid()) {
            if ($img->getImageWidth() > $img->getImageHeight()) {
                $img->rotateImage(new ImagickPixel('none'), 90);
            }
            $img->thumbnailImage(0, 160);
            if ($img->getImageWidth() > 128) {
                $img->thumbnailImage(128, 0);
            }
            $img->setImageFormat('bmp');
            $img->setCompression(imagick::COMPRESSION_NO);
            $img->setImageDepth(24);
            $img->setImageMatte(false);
            $img->flopImage();
            //$img->setImageAlphaChannel(imagick::ALPHACHANNEL_DEACTIVATE);
            $imgData = (string) $img;
            header("Content-Type: image/bmp");
            header("Content-Length: " . strlen($imgData));
            echo $img;
        } else {
            throw new Exception("image not valid");
        }
    } catch (Exception $e) {
        //http_response_code(403);
        echo $e;
    }
}