ShapeWorks Studio Groom Module
The Groom module provides options to preprocess/groom the input data. Options differ for binary segmentations and meshes. You also have the option of skipping grooming if your data is already prepped.
Image Grooming Parameters
Parameter | Description |
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Isolate | Isolate the largest object in a segmentation. This removes extraneous noise voxels that would result in disjoint objects. |
Fill Holes | Fill small holes in segmentation |
Crop | Crop image down to ROI of segmentation |
Pad | Pad image with zeroes by a given number of voxels. Typically combined with cropping |
Antialias | Perform anti-aliasing to reduce segmentation stairstep effect |
Resample | Resample image spacing either to isotropic (recommended) or any given spacing |
Distance Transform | Create a distance transform for image based optimization |
Blur | Perform smoothing on the distance transform using a gaussian blur |
Convert to Mesh | Optionally convert to mesh at the end of Image Grooming. This enables the Mesh Grooming pipeline and will run the optimization on meshes |
Mesh Grooming Parameters
Parameter | Description |
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Fill Holes | Fill small holes in the mesh |
Smooth | Perform either Laplacian or Windowed Sinc smoothing |
Laplacian Smoothing | Laplacian smoothing option with specified iterations and relaxation factor. In general, it is recommended to use smaller relaxation factors and more iterations rather than larger relaxation and fewer iterations |
Windowed Sinc Smoothing | Windowed Sinc smoothing with specified iterations and passband (typically between 0 and 2). Lower passpand values produce more smoothing. |
Remesh | Enabled remeshing using ACVD library |
Remesh Percent | Specify target vertices as a percentage of existing vertices |
Remesh Vertices | Specify target vertices directly |
Remesh Adaptivity | Curvature adaptivity of remeshing (0 = uniform, 2.0 most adaptive). This allocates more triangles/vertices to areas of higher curvature |
Alignment Parameters
Parameter | Description |
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Reflect | Option to reflect some shapes over a given axis if a given column matches a given value (e.g. reflect 'side' over 'Y' if 'left') |
Alignment | Option to align with centering (center of mass), iterative closest point (translation and rotation), or landmarks (best fit, when specified) |