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Detects bounding boxes and segments objects in images with precision, useful for AI artists to isolate elements for manipulation.
BboxDetectorCombined_v2 is a powerful node designed to detect bounding boxes within images, leveraging advanced detection models to identify and segment objects with high precision. This node combines the capabilities of bounding box detection and segmentation to provide a comprehensive mask of detected objects. It is particularly useful for AI artists who need to isolate specific elements within an image for further manipulation or analysis. By adjusting parameters such as threshold and dilation, you can fine-tune the detection process to suit various artistic needs, ensuring that the output is both accurate and relevant to your creative projects.
This parameter specifies the bounding box detector model to be used for detecting objects within the image. The model should be pre-trained and capable of identifying the objects of interest. The quality and type of the model directly impact the accuracy and performance of the detection process.
The image parameter is the input image in which the bounding boxes are to be detected. This image should be in a compatible format and contain the objects you wish to detect. The clarity and resolution of the image can affect the detection results.
The threshold parameter determines the confidence level required for a detection to be considered valid. It is a floating-point value ranging from 0.0 to 1.0, with a default value of 0.5. A higher threshold means that only detections with higher confidence will be accepted, reducing false positives but potentially missing some true positives.
The dilation parameter controls the amount of dilation applied to the detected masks. It is an integer value with a default of 4, and it can range from -512 to 512. Positive values increase the size of the detected masks, while negative values decrease it. This can help in refining the mask to better fit the detected objects.
The mask output is a tensor representing the combined mask of all detected objects within the input image. This mask is a binary representation where detected areas are marked, allowing for easy isolation and manipulation of the objects. The mask is returned as a single-channel image, with dimensions matching the input image.
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