B = obliqueslice(V,point,normal) extracts a 2-D oblique slice from a 3-D volumetric data V. The slice is extracted with reference to a given point on the volume and a normal vector. The slicing plane is perpendicular to the normal vector and passes through the specified point.

Similarly, the Oblique Slicers can be used to re-slice the image and place measurement points at the desired location. The Oblique Slicer can be moved and rotated to any desired angle, allowing complete control over which portion of the image is visible.

Oct 27, 2023 · How do I obtain an oblique slice through a binary volume? A sample of my code is below. The problem very much appears to be with the obliqueslice function because the volume D is behaving as expected 512 x 512 x 152 int16 comprising 0s (background) and 1s volume. The slice B is a 533 x 522 int16 comprising only 0s.

Nov 7, 2022 · The perfect Oblique Cut Animated GIF for your conversation. Discover and Share the best GIFs on Tenor.

Dec 18, 2024 · With a small effort, you could write a function to apply obliqueslice () to the red, green, and blue planes of an image, then combine the slices to make a color oblique slice.

Feb 2, 2024 · I try to find a way to make an oblique slice of my Z stack as we have a slope due to biological reason (filter to maintain 2D organoid). I normally use Imaris for that but it is manual, do you know an automatic way to generate an image in this oblique direction in ImageJ ?

The resample image filter can be used to produce a 3D slice with a z-size of 1. Note that the resample image filter provides image of an infinitely thin slice. I don’t know if ITK has a …

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Oblique slice shape node. This node defines an oblique (arbitrarily oriented) slice which is the intersection of the volume data defined by an SoVolumeData node and the plane defined by the plane field.

The SoObliqueSlice node defines an oblique (arbitrarily oriented) slice which is the intersection of the volume data defined by an SoVolumeData node and the plane defined by the plane field. The plane is defined by an SbPlane which allows the plane to be defined several different ways.