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Extracts image tensor info: dimensions, batch size; aids AI artists in image data analysis, manipulation.
The ImpactImageInfo
node is designed to extract and provide essential information about an image tensor, specifically its dimensions and batch size. This node is particularly useful for AI artists who need to understand the structure of their image data for further processing or analysis. By utilizing this node, you can easily obtain the batch size, height, width, and number of channels of an image tensor, which are crucial for various image manipulation and generation tasks. The primary function of this node is to simplify the process of retrieving these key attributes, making it easier to manage and manipulate image data within your workflows.
The value
parameter represents the image tensor from which the node will extract information. This tensor should be in the format of a 4-dimensional array, typically used in image processing tasks. The dimensions of the tensor are expected to be in the order of (batch, height, width, channel). This parameter is crucial as it directly impacts the output values, providing the necessary data for the node to process and return the image's dimensions and batch size.
The batch
output parameter indicates the number of images in the batch. This is the first dimension of the input image tensor and is essential for understanding how many images are being processed simultaneously.
The height
output parameter represents the height of the images in the batch. This is the second dimension of the input image tensor and is crucial for understanding the vertical size of the images.
The width
output parameter represents the width of the images in the batch. This is the third dimension of the input image tensor and is crucial for understanding the horizontal size of the images.
The channel
output parameter indicates the number of color channels in the images. This is the fourth dimension of the input image tensor and is essential for understanding the color information contained in the images, such as RGB channels.
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