Uses of Class mgui.geometry.mesh.MeshFunctionException

Packages that use MeshFunctionException
Package	Description
mgui.geometry.mesh	Provides classes representing and operating on 3D mesh shapes.
mgui.geometry.util	Uility classes for geometric operations.

Uses of MeshFunctionException in mgui.geometry.mesh

Methods in mgui.geometry.mesh that throw MeshFunctionException
Modifier and Type	Method	Description
`static java.util.ArrayList<Mesh3D>`	MeshFunctions.`cutMeshWithPlane(Mesh3D mesh, Plane3D plane, InterfaceProgressBar progress_bar)`	Cuts `mesh` with `plane`, creating new faces along the cut seam.
`static java.util.ArrayList<Mesh3D>`	MeshFunctions.`cutMeshWithPlane3(Mesh3D mesh, Plane3D plane)`	Cuts `mesh` with `plane`, creating new faces along the cut seam.
`void`	MeshEngine.`doRoiOperation(Mesh3DInt mesh_int, java.lang.String method, InterfaceProgressBar progress_bar)`	Runs the ROI operation specified by `method`.
`static java.util.ArrayList<Polygon3D>`	MeshFunctions.`getIntersectionSegments(Mesh3D mesh1, Mesh3D mesh2, InterfaceProgressBar progress_bar)`	Return a set of line segments which represent the intersection of one mesh with another.
`static Mesh3D`	MeshFunctions.`mergeMeshes(java.util.ArrayList<Mesh3D> mesh_list)`	Merges the mesh shapes in `list` and returns the resulting single mesh.
`static Mesh3D`	MeshFunctions.`mergeMeshes(java.util.ArrayList<Mesh3D> mesh_list, java.util.ArrayList<java.util.HashMap<java.lang.Integer,java.lang.Integer>> index_map)`	Merges the mesh shapes in `list` and returns the resulting single mesh.
`void`	MeshEngine.`smoothVertexValuesIsotropicGaussian(Mesh3DInt mesh_int, ProgressUpdater progress)`	Uses the current parameters for "Smooth vertex values - Isotropic Gaussian" to smooth vertex values with a Gaussian kernel, isotropic in the plane of the surface mesh.
`void`	MeshEngine.`splitRoiWithPlane(Mesh3DInt mesh_int, InterfaceProgressBar progress_bar)`	Splits the ROI defined by `roi_value` into two parts, on either side of the plane defined by the section set and section number.
`void`	MeshEngine.`subdivideRois(Mesh3DInt mesh_int, InterfaceProgressBar progress_bar)`	Subdivide the set of ROIs in `mesh_int`, by iteratively splitting the largest ROI in half along its narrowest section.
`static java.util.ArrayList<MguiNumber>`	MeshFunctions.`subdivideRois(Mesh3D mesh, java.util.ArrayList<MguiNumber> old_rois, int min_size, int target_rois, int min_roi, int max_roi, ProgressUpdater progress)`	Subdivides a mesh into (roughly) equally sized ROIs, with the final number equal or close to `target_rois`.
`static java.util.ArrayList<MguiNumber>`	MeshFunctions.`subdivideRois(Mesh3D mesh, java.util.ArrayList<MguiNumber> old_rois, int min_size, int target_rois, ProgressUpdater progress)`	Subdivides a mesh into (roughly) equally sized ROIs, with the final number equal or close to `target_rois`.
`static java.util.ArrayList<MguiNumber>`	MeshFunctions.`subdivideRoisBlocking(Mesh3D mesh, java.util.ArrayList<MguiNumber> old_rois, int min_size, int target_rois, int min_roi, int max_roi, ProgressUpdater progress)`	Subdivides a mesh into (roughly) equally sized ROIs, with the final number equal or close to `target_rois`.

Uses of MeshFunctionException in mgui.geometry.util

Methods in mgui.geometry.util that throw MeshFunctionException
Modifier and Type	Method	Description
`static Mesh3D`	ConvexHullFunctions.`getConvexHull(java.util.ArrayList<org.jogamp.vecmath.Point3f> nodes, java.lang.String method, ProgressUpdater progress)`	Returns a `Mesh3D` which is the