Scale stack

Applies independent X,Y and Z-axis scaling to an input image.

Description

Applies independent X,Y and Z-axis scaling to an input image. Output dimensions can be specified explicitly, matched to another image in the workspace or calculated with a scaling factor.

Parameters

Parameter	Description
Input image	Image to process.
Output image	Name of the output scaled image.
Interpolation mode	Controls how interpolated pixel values are calculated. Choices are: None,Bicubic,Bilinear
Scale mode (x-axis)	Controls how the output x-axis resolution is calculated: "Fixed resolution" The output image will have the specific resolution defined by the "Resolution (x-axis)" parameter. "Match image" The output image will have the same resolution as the image specified by the "Image (x-axis)" parameter. "Scale factor" The output image will have an equal resolution to the input resolution multiplied by the scaling factor, "Scale factor (x-axis)". The output resolution will be rounded to the closest whole number.
Resolution (x-axis)	If "Scale mode (x-axis)" is set to "Fixed resolution", this is the resolution in the output image.
Image (x-axis)	If "Scale mode (x-axis)" is set to "Match image", the output image will have the same resolution as this image.
Adopt calibration (x-axis)	If "Scale mode (x-axis)" is set to "Match image", and this is selected, the output image's x-axis calibration will be copied from the input image.
Scale factor (x-axis)	If "Scale mode (x-axis)" is set to "Scale factor", the output image will have a resolution equal to the input resolution multiplied by this scale factor. The applied resolution will be rounded to the closest whole number
Scale mode (y-axis)	Controls how the output y-axis resolution is calculated: "Fixed resolution" The output image will have the specific resolution defined by the "Resolution (y-axis)" parameter. "Match image" The output image will have the same resolution as the image specified by the "Image (y-axis)" parameter. "Scale factor" The output image will have an equal resolution to the input resolution multiplied by the scaling factor, "Scale factor (y-axis)". The output resolution will be rounded to the closest whole number.
Resolution (y-axis)	If "Scale mode (y-axis)" is set to "Fixed resolution", this is the resolution in the output image.
Image (y-axis)	If "Scale mode (y-axis)" is set to "Match image", the output image will have the same resolution as this image.
Adopt calibration (y-axis)	If "Scale mode (y-axis)" is set to "Match image", and this is selected, the output image's y-axis calibration will be copied from the input image.
Scale factor (y-axis)	If "Scale mode (y-axis)" is set to "Scale factor", the output image will have a resolution equal to the input resolution multiplied by this scale factor. The applied resolution will be rounded to the closest whole number
Scale mode (z-axis)	Controls how the output z-axis resolution (number of slices) is calculated: "Fixed resolution" The output image will have the specific number of slices defined by the "Resolution (z-axis)" parameter. "Match image" The output image will have the same number of slices as the image specified by the "Image (z-axis)" parameter. "Scale factor" The output image will have an equal number of slices to the input number of slices multiplied by the scaling factor, "Scale factor (z-axis)". The output number of slices will be rounded to the closest whole number.
Resolution (z-axis)	If "Scale mode (z-axis)" is set to "Fixed resolution", this is the number of slices in the output image.
Image (z-axis)	If "Scale mode (z-axis)" is set to "Match image", the output image will have the same number of slices as there are in this image.
Adopt calibration (z-axis)	If "Scale mode (z-axis)" is set to "Match image", and this is selected, the output image's z-axis calibration will be copied from the input image.
Scale factor (z-axis)	If "Scale mode (z-axis)" is set to "Scale factor", the output image will have a number of slices equal to the input number of slices multiplied by this scale factor. The applied number of slices will be rounded to the closest whole number