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✨ Finalizes the Superpose Assembler

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This commit is contained in:
Clément
2021-02-24 17:46:54 +01:00
parent fa43eeb60d
commit f92dc419e5
1 changed files with 47 additions and 42 deletions
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89
src/Assembler/Superpose.php
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@@ -21,14 +21,9 @@ class Superpose extends Assembler
*/
public function saveTo($file)
{
$image_to_superpose = new \Imagick($this->pool->getImage());
$image_x = $image_to_superpose->getImageWidth();
$image_y = $image_to_superpose->getImageHeight();
if ($image_x < 32 || $image_y < 32) {
throw new \Exception('Image too small.');
}
$this->current_image = $image_to_superpose;
$this->current_image = new \Imagick();
$this->current_image->setSize($this->config->get('assembler.sizex'), $this->config->get('assembler.sizey'));
$this->current_image->newImage($this->config->get('assembler.sizex'), $this->config->get('assembler.sizey'), 'none');
$nb_images = $this->config->get('assembler.superpose.min_num_images', 5);
for ($i = 0; $i < $nb_images; $i++) {
@@ -65,6 +60,10 @@ class Superpose extends Assembler
# (while keeping its ratio)
$image_x = $image_to_superpose->getImageWidth();
$image_y = $image_to_superpose->getImageHeight();
if ($image_x < 32 || $image_y < 32) {
throw new \Exception('Image too small.');
}
if ($image_x > $this->config->get('assembler.sizex') || $image_y > $this->config->get('assembler.sizey')) {
try {
$image_to_superpose->scaleImage($this->config->get('assembler.sizex') / 2, $this->config->get('assembler.sizey') / 2, true);
@@ -73,13 +72,12 @@ class Superpose extends Assembler
}
# Scale down/up image if required.
/*scaleValue = self.CONFIG["assembler.superpose.scale"]
if str(scaleValue) != "1.0":
try:
imageToSuperpose.thumbnail((int(float(imagex)*scaleValue),int(float(imagey)*scaleValue)),Image.ANTIALIAS)
except TypeError: #TypeError: unsubscriptable object ; Spurious exception in PIL. :-(
raise BadImage
(imagex,imagey) = imageToSuperpose.size*/
$scale_value = $this->config->get('assembler.superpose.scale', 1);
if ($scale_value !== 1) {
$image_to_superpose->thumbnailImage($image_x * $scale_value, $image_y * $scale_value);
}
$image_x = $image_to_superpose->getImageWidth();
$image_y = $image_to_superpose->getImageHeight();
# Compensate for poorly-contrasted images on the web
/*try:
@@ -93,44 +91,51 @@ class Superpose extends Assembler
# We try to dectect them by summing the value of the pixels
# on the borders.
# If the image is considered "white", we invert it.
/*pixelcount = 1 # 1 to prevent divide by zero error.
valuecount = 0
try:
for x in range(0,imagex,20):
(r,g,b) = imageToSuperpose.getpixel((x,5))
valuecount += r+g+b
(r,g,b) = imageToSuperpose.getpixel((x,imagey-5))
valuecount += r+g+b
pixelcount += 2
for y in range(0,imagey,20):
(r,g,b) = imageToSuperpose.getpixel((5,y))
valuecount += r+g+b
(r,g,b) = imageToSuperpose.getpixel((imagex-5,y))
valuecount += r+g+b
pixelcount += 2
except TypeError: #unsubscriptable object Arrggghh... not again !
raise BadImage # Aggrrreeeuuuu...
$pixel_count = 1; // to prevent divide by zero error.
$value_count = 0;
for ($x = 0; $x < $image_x; $x += 20) {
$pixel = $image_to_superpose->getImagePixelColor($x, 5);
$value_count += array_sum($pixel->getColor());
$pixel = $image_to_superpose->getImagePixelColor($x, $image_y - 5);
$value_count += array_sum($pixel->getColor());
$pixel_count += 2;
}
for ($y = 0; $y < $image_y; $y += 20) {
$pixel = $image_to_superpose->getImagePixelColor(5, $y);
$value_count += array_sum($pixel->getColor());
$pixel = $image_to_superpose->getImagePixelColor($image_x - 5, $y);
$value_count += array_sum($pixel->getColor());
$pixel_count += 2;
}
# If the average r+g+b of the border pixels exceed this value,
# we consider the image is too white, and we invert it.
if (100*(valuecount/(255*3))/pixelcount)>60: # Cut at 60%. (100% is RGB=(255,255,255))
imageToSuperpose = ImageOps.invert(imageToSuperpose)*/
if (100 * $value_count / (255 * 3) / $pixel_count > 60) {
$image_to_superpose->negateImage(false);
}
$paste_coords_x = random_int(-$image_x, $this->config->get('assembler.sizex'));
$paste_coords_y = random_int(-$image_y, $this->config->get('assembler.sizey'));
$paste_coords_x = random_int(-($image_x/2), $this->config->get('assembler.sizex')-$image_x);
$paste_coords_y = random_int(-($image_y/2), $this->config->get('assembler.sizey')-$image_y);
# Darken image borders
$image_to_superpose = $this->darkenImageBorder($image_to_superpose, 30);
$image_to_superpose = $this->darkenImageBorder($image_to_superpose);
if ($this->config->get('assembler.superpose.randomrotation', false)) {
$image_to_superpose->rotateImage('none', random_int(0, 359));
$image_to_superpose = $this->darkenImageBorder($image_to_superpose, 30);
$image_to_superpose = $this->darkenImageBorder($image_to_superpose);
}
// mask_image = ImageOps.autocontrast(imageToSuperpose.convert('L'))
// help for mask : https://phpimagick.com/Tutorial/backgroundMasking
$image_to_superpose->setImageMatte(true);
$mask_image = clone $image_to_superpose;
$mask_image->setImageType(Imagick::IMGTYPE_GRAYSCALE);
$mask_image->transformImageColorSpace(Imagick::COLORSPACE_GRAY);
// if (self.CONFIG["assembler.superpose.variante"]==1) and (random.randint(0,100)<5): # Invert the transparency of 5% of the images (Except if we are in variante 1 mode)
// mask_image = ImageOps.invert(mask_image)
# Invert the transparency of 5% of the images (Except if we are in variante 1 mode)
if ($this->config->get('assembler.superpose.variante') === 1 && random_int(0, 100) < 5) {
$mask_image->negateImage(true);
}
$image_to_superpose->compositeImage($mask_image, \Imagick::COMPOSITE_COPYOPACITY, 0, 0);
$current_image->compositeImage($image_to_superpose, \Imagick::COMPOSITE_DEFAULT, $paste_coords_x, $paste_coords_y);
if ($this->config->get('assembler.superpose.variante') === 0) {