Glyph Version 3.18.4 | Function Index
This gets the file type name. This attribute is the name of the attribute dictionary. This attribute is the name of the boundary condition. This attribute is the name of the entity. This attribute is the name of the examine filter. This attribute is the name of the framework system. This attribute is the name of the T-Rex condition. This attribute is the name of the volume condition. This attribute is the node tolerance of grid entities and operations. This attribute is the grid point distribution normal. This attribute is a factor that is applied to the step size in high aspect regions. This specifies/retrieves the blend exponent for smoothing. This gets/sets a scale factor for reducing the local marching step in convex regions and increasing the marching step size in concave regions. This gets/sets a scale factor for reducing the local marching step in convex regions and increasing the marching step size in concave regions. This attribute gets/sets the scale factor for reducing/increasing the local marching step size in convex/concave regions. The normals in the marching direction are smoothed locally using a LaPlace filter. This gets/sets the normals in the marching direction are smoothed locally using a LaPlace filter. This attribute gets/sets the relaxation factor for the local Laplacian smoothing of the normal marching direction vector. The normals in the marching direction are smoothed locally using a Lalace filter. The gets/sets the normals in the marching direction are smoothed locally using a Lalace filter. This attribute gets/sets the number of smoothing iterations performed on the normal marching direction vector. This gets/sets the explicit smoothing coefficient for the transverse direction. This attribute sepcifies the explicit smoothing coefficient for the transverse direction. This specifies whether knife edge features are smoothed. This attribute gets/sets the angle limit the normal marching vector can deviate. This attribute gets/sets the number of smoothing iterations performed on the normal direction vector. This gets/sets the implicit smoothing coefficient for the transverse direction. This attribute sepcifies the implicit smoothing coefficient for the transverse direction. This gets/sets the size of the first marching step to value. This gets/sets the size of the first marching step to value. This attribute gets/sets the value of the first marching step size. This enables/disables interior only quality based smoothing. This action modifies the transform so that the minimum scale factor is set to one, and at the same time update the dimensions so the shape of the object remains unchanged. This action modifies the transform so that the minimum scale factor is set to one, and at the same time update the dimensions so the shape of the object remains unchanged. This action modifies the transform so that the minimum scale factor is set to one, and at the same time update the dimensions so the shape of the object remains unchanged. This gets/sets the Kinsey-Barth coefficient to control smoothing in the marching direction. This attribute is the Kinsey-Barth coefficient to control smoothing in the marching direction. This attribute gets/sets the marching mode for the extrusion. This attribute gets/sets the marching vector direction for extrusion. This attribute is the maximum turning angle allowed between successive grid points. This attribute is the maximum normal deviation allowed. This attribute is the maximum turning angle allowed between succesive grid points. This default is the maximum angle of normal deviation of an unstructured domain when it is created. This specifies/retrieves the maximum number of smoothing iterations. This gets/sets the upper limit for the marching step size. This gets/sets a upper limit for the marching step size. This attribute gets/sets an upper limit for the marching step size. This gets/sets a upper limit for the marching step size. This gets/sets a upper limit for the marching step size. This attribute gets/sets the upper limit for the marching step size. This enables/disables normal smoothing based on a quality metric. This gets/sets the relaxation smoothing factor. This gets/sets the marching step size is smoothed locally using a LaPlace filter. This attribute gets/sets the relaxation factor for the local Laplacian smoothing of the marching step size. This gets/sets the number of marching iterations for the LaPlace filter. This gets/sets the marching step size is smoothed locally using a LaPlace filter. This attribute gets/sets the number of smoothing iterations performed on the marching step size. This determines how rapidly grid point clustering along the initial grid will be relaxed as the grid is extruded. This attribute determines how rapidly grid point clustering along the initial grid will be relaxed as the grid is extruded. This action sets this curve as an offset from the given curve. This action offsets the ijk coordinates of the given grid coordinate. This action calculates the offset from the given database point in the direction of the normal at the point. This action calculates the offset from the given grid coordinate in the direction of the normal at the coordinate. This action offsets the uv coordinates of the given parametric database point. This action orients a model with respect to a point, by doing a closest point projection and reversing the orientation of the model so that the normal matches the inside or outside mode given. This action overrides the T-Rex maximum layers setting for a given entity while it is in the current solver. This action overrides the T-Rex maximum layers setting for a given entity while it is in the current solver. This attribute sets the strength of the magnet function formed from overlapping block overset data to be applied to a structured block run in the elliptic solver This default is the adaption target edge length amplification factor of an unstructured block when it is created. This attribute controls whether the pw::Solver.run command will perform refinement based on overset assembly length scales. This attribute sets the orphan remediation and interpolation improvement adaption targets to be applied to an structured block run in the elliptic solver. This default is the orphan remediation and fringe improvement adaption targets of an unstructured block when it is created. |