Area of the mesh surface.
Area of the mesh surface.
The computed area is the sum of all the triangle cell areas.
Returns the smallest continuous box domain that fully contains all the domain points.
Returns the smallest continuous box domain that fully contains all the domain points.
The bounding box is always oriented along the dimensions of the space (i.e. this method does not return rotated boxes)
Returns the identifiers of the mesh cells to which the given point identifier belongs
Returns a 3D vector that is orthogonal to the triangle defined by the cell points
Returns the area of the indicated triangle cell.
* Returns the point belonging to the domain that is closest to the indicated position.
* Returns the point belonging to the domain that is closest to the indicated position. The point identifier within th e domain is also returned.
Returns surface normal at the closest mesh point to the indicated argument point.
Returns surface normal at the closest mesh point to the indicated argument point.
Point at which to evaluate the surface normal. Note that it does not need to be one of the mesh points. The returned vector is the normal at the closest mesh point to this point.
Returns a random point lying within the triangle defined by the indicated cell.
Returns a random point lying within the triangle defined by the indicated cell.
A uniform distribution is used for sampling points.
Triangle cell in which to draw a random point
Seed value for the random generator
Returns a triangle mesh that is the image of this mesh by the given transform.
Returns a triangle mesh that is the image of this mesh by the given transform.
This method maps all mesh points to their images by the given transform while maintaining the same triangle cell relations.
A function that maps a given point to a new position. All instances of scalismo.registration.Transformation being descendants of Function1[Point[_3D], Point[_3D] ]
are valid arguments.
3-dimensional triangle mesh.
Triangle meshes are currently the only supported representation of 3-dimensional meshes in the library.