Glyph Version 7.22.2 | Function Index
This attribute is a list of database entities to limit which can provide tangency information when calling createSurfacesFromCurves or createPatch. Set Tecplot binary file format: Tecplot Binary (.plt) is the legacy format written by Tecplot 360 and Tecplot Focus. Offset distance for 2D export. Case Name. This action toggles all of the layers in the current display. This action toggles the Enabled attribute of the entity. This action toggles the visibility of the given layers in the current display. This attribute is the type of cap used at the top of the shape. This attribute is the type of cap used at the top of the shape. This attribute is the type of cap used at the top of the shape. This action transforms this entity by the given matrix. This action transforms the given entities by the given matrix. This action transforms this entity by the given matrix. This action transforms this entity by the given matrix. This attribute is the transform of the framework system. This attribute is the geometric transform of the shape. This attribute is the geometric transform of the database shape. This attribute is the geometric transform of the source’s shape. Translate the given extents box by an offset Multiply the given transform matrix by a translation transform This gets/sets the direction vector for translate extrusion. This gets/sets the direction vector for translate extrusion. This attribute is the direction vector for translate extrusion. This gets/sets the distance for translate extrusion. This gets/sets the distance for translate extrusion. This attribute is the distance for translate extrusion. Return a transform matrix that is a translation of the given offset This attribute is the transparency of the entity. Return the transpose of a given transform matrix This attribute specifies the rate at which anisotropic triangles are blended into isotropic triangles on the block interior. This default is the rate at which anisotropic triangles are blended into isotropic triangles on the interior of an unstructured block when it is created. This attribute controls what type of cells a T-Rex generated block will contain after generation. This attribute controls what type of cells a T-Rex generated domain will contain in the anisotropic region after generation. This default is the type of cells generated by TRex of an unstructured block when it is created. This default attribute contains what type of cells a T-Rex generated domain will contain after generation. This attribute specifies the minimum buffer to be maintained between encroaching extruded tetrahedron. This default is the minimum buffer to be maintained between encroaching extruded tetrahedron of an unstructured block when it is created. This attribute is the T-Rex condition type of the source entity. This attribute is the minimum number of fully structured TRex layers of the block. This attribute is the minimum number of fully structured TRex layers of the domain. This default is the minimum number of fully structured TRex layers of an unstructured block when it is created. This default is the minimum number of fully structured TRex layers of the domain. This attribute specifies the growth rate for each anisotropic layer. This attribute specifies the growth rate for each anisotropic layer. This attribute is the growth rate of TRex layers for the block. This attribute is the growth rate of TRex layers for the domain. This attribute is the growth rate associated with the T-Rex condition. This default is the growth rate of TRex layers of an unstructured block when it is created. This default is the growth rate of TRex layers of an unstructured domain when it is created. This attribute is the number of layers to delay applying the growth rate or growth rate profile of T-Rex. This attribute specifies the scale factor to be applied to the local isotropic height at which T-Rex stops layer growth via deformation, decimation or refinement. This attribute specifies the scale factor to be applied to the local isotropic height at which T-Rex stops layer growth via deformation. This default specifies the scale factor to be applied to the local isotropic height at which T-Rex stops layer growth via deformation, decimation or refinement. This default is the scale factor to be applied to the local isotropic height at which T-Rex stops layer growth via deformation. This attribute is the number of TRex isotropic seed layers for the block. This default is the number of TRex isotropic seed layers for an unstructured block when it is created. This attribute is the maximum cell height multiplier to be applied at the beginning of each T-Rex layer. This default controls the maximum cell height multiplier to be applied at the beginning of each T-Rex layer. This attribute is the maximum number of TRex layers of the block. This attribute is the maximum number of TRex layers of the domain. This default is the maximum number of T-Rex layers of an unstructured block when it is created. This default is the maximum number of T-Rex layers of an unstructured domain when it is created. This attribute is the flag for pushing TRex attributes onto the connectors and domains of this block. This attribute is the flag for pushing TRex attributes onto the connectors of this domain. This default is the flag for pushing TRex attributes onto the connectors and domains of an unstructured block when a it is created. This default sets the option for pushing TRex attributes onto the connectors of domain when a new domain is created. This attribute specifies the maximum centroid skew quality threshold for TRex cells. This default is the maximum centroid skew quality threshold for TRex cells of an unstructured block when it is created. This attribute is the number of layers to delay checking for the quality criteria of the TRex cells. This default is the number of layers to delay checking for the quality criteria of the TRex cells of an unstructured block when it is created. This attribute specifies the maximum equiangle quality threshold for TRex cells. This default is the maximum equiangle quality threshold for TRex cells of an unstructured block when it is created. This attribute specifies the maximum equivolume quality threshold for TRex cells. This default is the maximum equivolume quality threshold for TRex cells of an unstructured block when it is created. This attribute specifies the maximum included angle quality threshold for TRex cells. This default is the maximum included angle quality threshold for TRex cells of an unstructured block when it is created. This attribute specifies the minimum included angle quality threshold for TRex cells. This attribute is the relaxation factor of smoothing sweeps to apply to the initial spacing values of TRex layers for the block. This attribute is the relaxation factor of smoothing sweeps to apply to the intial spacing values of TRex layers for the domain. This default is the relaxation factor of smoothing sweeps to apply to the initial spacing values of TRex layers for an unstructured block when it is created. This default is the relaxation factor of smoothing sweeps to apply to the intial spacing values of TRex layers for the domain when it is created. This attribute is the number of smoothing sweeps to apply to the initial spacing values of TRex layers of the block. This attribute is the number of smoothing sweeps to apply to the initial spacing values of TRex layers of the domain. This default is the number of smoothing sweeps to apply to the initial spacing values of TRex layers of an unstructured block when it is created. This default is the number of smoothing sweeps to apply to the initial spacing values of TRex layers of the domain. This attribute is the value associated with the T-Rex condition. This attribute specifies the method to be used when computing prism cell volumes for TRex cells. This default is the method to be used when computing prism cell volumes for TRex cells of an unstructured block when it is created. This attribute is the triangle density for entity rendering. This action creates an unstructured domain by triangulating this domain. This action creates a new unstructured domain by triangulating the quads in this domain. This action modifies the model by imprinting the given curves. This action modifies the given entities by imprinting a list of curves, modifying and/or splitting the quilts where the curves are imprinted. This action projects a list of curves onto the model, and modifies the model by imprinting the curves and optionally trimming the model. This action modifies the given entities by projecting a list of curves onto each entity and then imprinting the result, modifying and/or splitting the quilts where the curves are imprinted. This action intersects a list of entities with the model, and modifies the model by imprinting the intersection curves and optionally trimming the model. This action intersects two lists of entities, and modifies the first set of entities (and optionally the second set) by imprinting the intersection curves on the entities, modifying and/or splitting the quilts where the curves are imprinted, and then optionally only keeping one side of the imprinted entities |