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Facilitates creation and manipulation of parameters for image segmentation and masking tasks in SAM model.
The SAM Parameters node is designed to facilitate the creation and manipulation of parameters for the Segment Anything Model (SAM), which is used for image segmentation and masking tasks. This node allows you to define specific points and labels that guide the SAM in identifying and segmenting regions within an image. By providing a structured way to input these parameters, the node ensures that the SAM can accurately and efficiently process the image data, leading to precise and reliable segmentation results. This is particularly useful for AI artists who need to create detailed masks for various parts of an image, enabling more control and customization in their artwork.
The points
parameter is a string that specifies the coordinates of points in the image that you want the SAM to consider for segmentation. These points are provided in a specific format, such as "[128, 128]; [0, 0]"
, where each pair of numbers represents the x and y coordinates of a point. The default value is "[128, 128]; [0, 0]"
, and it is not multiline. This parameter is crucial as it directly influences which areas of the image the SAM will focus on for segmentation.
The labels
parameter is a string that assigns labels to the points specified in the points
parameter. Each label corresponds to a point and indicates whether the point is part of the object to be segmented (usually labeled as 1) or not (usually labeled as 0). The labels are provided in a format like "[1, 0]"
, where each number corresponds to a point in the points
parameter. The default value is "[1, 0]"
, and it is not multiline. This parameter helps the SAM differentiate between relevant and irrelevant points, enhancing the accuracy of the segmentation.
The SAM_PARAMETERS
output is a dictionary containing the processed points and labels in a format that the SAM can use for segmentation. The points are converted into a numpy array, and the labels are also transformed into a numpy array. This structured output ensures that the SAM receives the necessary information in an optimal format, enabling it to perform precise and efficient image segmentation.
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