Intervention/image · error · Intervention\Image\Exceptions\ModifierException
Failed to apply {class}, unable to re-apply image frame
Error message
Failed to apply {class}, unable to re-apply image frame What it means
removeAnimation() builds a brand-new Imagick object, takes the selected frame's native copy via getImage(), and re-attaches it with addImage(); a false return from addImage() triggers this ModifierException, after which the original image object is left untouched (setNative only runs on success). The frame position itself is validated separately by selectedFrame() with an InvalidArgumentException, so this error is purely about the native re-attach step failing.
Source
Thrown at src/Drivers/Imagick/Modifiers/RemoveAnimationModifier.php:30
use Intervention\Image\Interfaces\SpecializedInterface;
use Intervention\Image\Modifiers\RemoveAnimationModifier as GenericRemoveAnimationModifier;
class RemoveAnimationModifier extends GenericRemoveAnimationModifier implements SpecializedInterface
{
/**
* @throws InvalidArgumentException
* @throws ModifierException
*/
public function apply(ImageInterface $image): ImageInterface
{
try {
// create new imagick with just one image
$imagick = new Imagick();
$frame = $this->selectedFrame($image);
$result = $imagick->addImage($frame->native()->getImage());
if ($result === false) {
throw new ModifierException(
'Failed to apply ' . self::class . ', unable to re-apply image frame',
);
}
} catch (ImagickException $e) {
throw new ModifierException(
'Failed to apply ' . self::class . ', unable to re-apply image frame',
previous: $e,
);
}
// set new imagick to image
$image->core()->setNative($imagick);
return $image;
}
}
View on GitHub (pinned to 5598b9e397)
Solutions
- Inspect the chained exception (null on this branch) or check Imagick::getResourceLimit() for the memory ceiling
- Raise memory_limit proportional to one frame (width x height x 4 bytes) plus overhead
- If you only need any single frame, first scale the animation down, then removeAnimation()
- Retry with position 0 (first frame) to rule out frame-index-specific corruption deeper in the file
Example fix
// before
$image->removeAnimation(4); // 5th frame of a large GIF
// after
use Intervention\Image\Exceptions\ModifierException;
try {
$image->removeAnimation(4);
} catch (ModifierException $e) {
$image->removeAnimation(0); // fall back to first frame
} Defensive patterns
Strategy: try-catch
Try / catch
use Intervention\Image\Exceptions\ModifierException;
try {
$image->removeAnimation($position);
} catch (ModifierException $e) {
$image->removeAnimation(0); // fall back to the first frame
} Prevention
- Validate the position argument against the frame count before calling; invalid indexes throw InvalidArgumentException separately
- Budget memory for at least two copies of the largest frame when collapsing animations
- Scale down large animations before picking a single frame out of them
When it happens
Trigger: $image->removeAnimation(2) or removeAnimation('first'/'last') on a GIF/animated WebP where addImage() returns false, e.g. resource limits hit while duplicating a large frame's pixel cache.
Common situations: Collapsing uploaded GIFs to cover thumbnails; animated avatars reduced to a single frame on memory-constrained hosts; very large animated WebP files where each frame is multi-megapixel.
Related errors
- Offset is not in the range of frames
- Given color space must implement Intervention\Image\Interfac
- Normalized color value must be in range 0 to 1
- Frame #${position} could not be found in the image
- Failed to get current frame data
AI-assisted analysis of Intervention/image@5598b9e397 (2026-08-23).
Data as JSON: /api/errors/3b22b235d91dc47d.
Report an issue: GitHub.