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The method is based on the convex hull of the shape and the distance to the closest actual contour point along the convex hull.
To overcome this restriction, we define a new three-dimensional contour signature function, based upon the convex hull of the shape and the distance of the convex hull to the closest point of the shape.
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A design for a better stability mainly depends on a combination of the width of the hull, the shape of the cut section of the hull and the displacement of the mass.
In this paper, we use convex hull to describe the shape feature of data block.
To modify an existing hull form shape, a boundary curve of the shape is selected as a design variable.
The bounding surface segmentation of the heart was obtained by computing a local convex hull of the tissue segmentation using an alpha shape with radius of 969 µm (∼10 voxels).
An obvious candidate for such a curve is the convex hull, i.e. the smallest convex polygon that contains all points of the shape.
Experiments in this study show that a variety of hull shapes can be generated using the proposed design framework with the application of the shape operators.
The shape of the crest is that of the hull of the H.M.S. Warrior built by Thames Ironworks.
As the convex hull is defined for arbitrary shapes, including broken shapes, the new shape signature no longer requires connectivity of the shape.
This was probably an idealization of the shapes of ships' hulls.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com