Glyph Version 7.22.2 | Function Index
This action returns the framework specified by the name-based path. This action gets the number of cells or points that were above the upper cutoff range during the last examine call. This action returns the full path to the active framework as a list of pw::Framework objects. This action returns the active pw::Mode if any, or an empty string if no mode is active. This action gets the active subgrids in the solver for a given entity. Get the adaptation targets for the current overset grid assembly. This action finds blocks adjacent to a starting list of blocks. This action finds the connectors adjacent to the given list of connectors. This action returns a list of domains adjacent to the given domains. This action gets domains adjacent to a face. This action gets domains adjacent to a face. This action returns a list of db entities adjacent to the given entities. This action gets a list of entities adjacent to the given entities. This action returns the indices that are directly connected to the specified index. This action returns the indices that are directly connected to the specified index. This action returns the indices that are directly connected to the specified index. This action returns the indices that are directly connected to the specified index. This action returns the indices that are directly connected to the specified index. This action gets a list of the connectors that are affected by the dimensioning. This action gets a list of the domains that are affected by the dimensioning. This action gets a list of all of the current attribute dictionaries. This action returns all of the currently defined cut planes. This action gets a list of all database entities. This action gets a list of all of the current filters. This action gets a list of all grid entities. This action gets a list of all of the current groups. This action gets a list of all of the current rules. This action gets a list of all source entities. This action returns the names of all supported glyph commands. This action gets a list of entities that are special in this mode. This action gets a list of allowable entity types supported by the specified function. This action gets the type of the alternate point. This action gets the type of the alternate point. This action gets the angle of this circular arc. This action returns the first and last hex in the array that were formed from anisotropic cells. This action returns the first and last prism in the array that were formed from anisotropic cells. This action returns the first and last pyramid in the array that were formed from anisotropic cells. This action returns the first and last tet in the array that were formed from voxel cells. This action returns the maximum tolerance used to close the model along the connector. This action returns the maximum tolerance used to close the model along the curve. Return the log from the last overset grid assembly run. Return the report from the last overset grid assembly run. This action returns a list of pw::AttributeDictionary objects that are attached to this entity. This action returns a list of string part names that are attached to the given pw::AttributeDicitionary object. This action returns various values associated with an attachment point of a framework. This action returns the number of attachment points the framework contains. This action gets the named IO mode attribute. This action returns the number of currently available IO mode attributes. This action gets the definition of the given IO mode attribute. This action gets the named IO mode attribute list. This action gets a dictionary of key-value pairs of attributes that have been attached to the given database entities or the database entities at the given point with the given dictionary name. This action gets a dictionary of key-value pairs of attributes that have been set on this entity with the given dictionary name. This action gets a list of string names for the available attribute dictionaries attached to the given database entities or the database entities at the given point. This action gets a list of string names for the available attribute dictionaries set on this entity. This action returns a list of the names of the currently available IO mode attributes. This action returns the list of required or optional attributes for a node in the hierarchy. This action returns the type of the attribute for a specified node. This action gets the value of the given attribute. This action returns index for a value in a list of values This action is valid only when 2 or more edges have been defined, it returns a list of connectors that will complete the domain definition. This action gets a list of connectors that will close an edge to be used for an unstructured domain. This action gets the calculated boundary spacing that is used when the BackgroundSpacing attribute is set to 0.0. This action gets the boundary condition that will automatically be applied to a register when this entity is added to a higher level entity (an edge register if this is a connector, and a face register if this is a domain). This action gets the size at the given XYZ coordinates from automatic (curvature-based) size field evaluation. This action gets the automatic maximum size used when the VoxelMinimumSize parameter is set to 0.0. This action gets the automatic minimum size used when the VoxelMinimumSize attribute is set to 0.0. This action gets the average value computed during the last call to examine. This action gets the average spacing between grid points of the connector. This action gets the base angle parameter used to set the shape. This action gets the base angle parameter used to set the shape. This action gets the base angle parameter used to set the shape. This action returns the base name for the element This action gets the base of the shape in model space. This action gets the base of the shape in model space. This action gets the base of the shape in model space. This actions gets the bay of the segment contained by the given parameter, index, arc length, constant value, or closest point This action gets the begin parameter for the trim segment. This action gets the requested grid point spacing at the beginning of the distribution. This action gets the number of cells or points that were below the lower cutoff range during the last examine or refilter call. This action, given two point-lists, returns a segment type, a start point, an end point, and a ProjectToCommon state that represent the best segment for a connector between the given points. This action, given two point-lists, returns a segment type, a start point, an end point, and a ProjectToCommon state that represent the best segment for a database curve between the given points. This action, given two point-lists, returns a segment type, a start point, an end point, and a ProjectToCommon state that represent the best segment for a source curve between the given points. This action gets the block in which this is a subgrid. This method returns the block associated with the cut. This action gets the registers of the grid entities currently associated with this grid shape. This method returns a list of the blocks the cutting plane is monitoring. This action returns a list of blocks that use the given domains. Get the initial location (XYZ) of the body inertial coordinate system wrt the parent inertial coordinate system Get the initial rotation of the body inertial coordinate system with respect to the parent inertial coordinate system This action returns the local translation and rotation specified for the body at the given time or position index. This action returns the local rotation specified for the body at the given time or position index. This action gets the translational or rotational scale factor for the body motion data This action returns the number of predefined positions of the grid entities linked to a node of the hierarchy. This action returns a list of the time stamps for each predefined position. This action returns the total transformation matrix corresponding to the body motion linked to a node of the hierarchy. This action returns the local translation specified for the body at the given time or position index. This action gets the model boundary list. This action gets all surface boundaries. This action gets a quilt boundary list. This action gets a shell boundary list. This action gets a surface boundary list. This action gets a trim surface boundary list. This action gets all model boundaries that are supported by the given pw::Curve object. This action gets all quilt boundaries that are supported by the given pw::Curve object. This action gets all trim surface boundaries that are supported by the given pw::Curve object. This action gets a model boundary. This action gets a surface boundary. This action gets a quilt boundary. This action gets a shell boundary. This action gets a surface boundary. This action gets a trim surface boundary. This command gets the boundary condition filter’s adaption type. This action returns a list of domains associated with a boundary condition filter. This command gets all boundary condition filter names. This command gets the boundary condition filter’s patterns. This command gets the boundary condition filter’s T-Rex type. This command gets the boundary condition filter’s T-Rex condition value. This action gets the number of boundaries of the model. This action gets the number of boundaries of the plane This action gets the number of boundaries of the quilt. This action gets the number of boundaries of the shell. This action gets the number of boundaries of the surface. This action gets the number of boundary curves of the trim surface. This action gets a list of pw::Curve objects that serves as the model boundary. This action gets a list of pw::Curve objects that serves as the quilt boundary. This action gets the pw::Curve object that serves as the trim surface boundary. This action gets the pw::Curve objects that serve as the model boundaries. This action gets the pw::Curve objects that serve as the quilt boundaries. This action gets the pw::Curve objects that serve as the trim surface boundaries. This action gets the calculated maximum boundary edge length based on triangular area of the boundary cells. This action gets the maximum boundary edge length. This action gets the calculated minimum boundary edge length based on triangular area of the boundary cells. This action gets the minimum boundary edge length. This action gets the boundary reassemble mode or max bend angle associated with the boundary filter. This function returns the current definition for a boundary filter. This function returns the current definition for a boundary filter. This action returns a list of quilt boundaries associated with a boundary filter. This action returns a list of quilt boundaries associated with a boundary filter. This action gets the growth angle associated with an Angle boundary filter. This action gets the maximum aspect ratio associated with a boundary filter. This action gets the growth rate associated with the boundary filter. This action gets the growth rate delay associated with the boundary filter. This action returns the growth type associated with the boundary filter. This action gets the initial growth boundary spacing for a Wall boundary filter. This action gets the lower limit for cell spacing along the boundaries matched by the filter. This action gets the lower limit for cell spacing along the boundaries matched by the filter. This function returns a list of the names of the current boundary filters. This function returns a list of the names of the current boundary filters. This action gets the quilt reassemble mode or max bend angle associated with the boundary filter. This function gets the factor used to scale the spacing of the boundaries associated with the filter. This action gets the minimum, average and maximum spacing of the boundary grid entities associated with this shape. This action gets the groups of boundaries of the quilt. This action gets the groups of boundaries of the trim surface. This action gets the parameter of the break point at the end of the subconnector with the given index. This action gets the parameters of the break points at the end of the subconnectors. This action gets the type of break point at the end of the subconnector. This action gets the type at each break point at the end of the subconnectors. This action returns a list of boundary conditions, one for each input entity or register. This action returns a list of T-Rex condition objects, one for each input register. This action gets an attribute dictionary object with the given name. This action gets a boundary condition object with the given name. This action returns returns a pw::CutPlane using the name. This action gets a database entity using the name. This action gets a database entity using the name. This action gets an entity with the given name. This action gets an examine filter object with the given name. This action gets a grid entity using the name. This action gets a grid entity using the name. This action gets a group with a given name. This action gets a source entity using the name. This action gets a source entity using the name. This action gets a T-Rex condition object with the given name. This action gets a volume condition object with the given name This action gets a database entity using the sequence number. This action gets a source entity using the sequence number. This action gets the name of the current CAE solver. This action gets the named CAE solver attribute. This action gets the definition of a CAE solver attribute. This action gets the available CAE solver attribute names. This action gets the dimension of the current CAE solver. This action gets the names of the available CAE solvers. This action gets the existing entities unsupported by a CAE solver and dimension. Get the case name for the current overset grid assembly. This action gets the list of categories for which separate counts are maintained. This action gets the specified category count for the examine function. This action gets the indices of the given cell. This action gets the indices of the given cell. This action gets the indices of the given cell. This action gets the indices of the given 1D cell. This action gets the indices of the given cell. This action gets the indices of the given cell. This action gets the indices of the given cell. This action gets the indices of the given cell. This action gets the area of the given cell. This action gets the average edge length of the given cell. This action gets the average edge length of the given cell. This action gets the centroid of the given cell. This action gets the centroid of the given cell. This action gets the number of cells in this block. This action gets the number of 1D cells in this connector. This action gets the number of cells in this domain. This action gets the number of cells in this face. This action gets the indices of all the 1D cells. This action returns the indices that are directly connected to the specified index. This action returns the indices that are directly connected to the specified index. This action returns the indices that are directly connected to the specified index. Returns the indices of the cells whose connectivity includes the specified index. Returns the indices of the cells whose connectivity includes the specified index. This action gets the volume of the given cell. This action gets the center point on this plane. This action gets the center point of the circle. This action gets the center of the shape in model space. This action gets the center of the shape in model space. This action gets the center of the shape in model space. This command returns the angle each character is slanted as measured from the baseline (90 degrees is the default representing no slant). This action returns a pw::Framework object. This action gets the child at the given index or name. This action returns the number of framework children for this framework. This action gets the number of children for this node. This action gets the children for this node. This action returns the number of items explicitly copied to the clipboard. This action gets the size of the point cloud used in the fit of the particular surface created in this mode. This action gets the collar body of a boundary condition (Suggar++ only). This action gets the entity that is common to all control points. This action returns the list of entities completed by the last call to run or resume. This action returns the number of steps completed by the last call to run or resume. This action returns the number of steps completed by the last call to run. This action gets the number of completed T-Rex layers of the current entity of the unstructured solver. This action gets the number of completed T-Rex layers of the current entity of the voxel solver. If the plane is defined as a computational plane, this returns the const computational direction (either “I”, “J”, or “K”). If the plane is defined as a computational plane, this returns the const computational direction (either “I”, “J”, or “K”). This action gets the constant index of the computational plane. This action gets the constant index of the computational plane. This action gets a connector from this edge. This action gets the number of connectors in this edge. This action gets the orientation of a connector in this edge. This action gets the orientation of all connectors in this edge. This action gets the connector list. This action gets the connectors of this node. This action gets a list of all connectors using the specified node. This action gets a list of all connectors using the specified spacing object. This action looks for connectors in a plane, with the candidate connectors given explicitly or implicitly from the given entities. This action returns a list of container nodes in the tree This action returns the type names of the container elements for the current overset assembler. This action gets the number of control points on this connector. This action gets the number of control points on this curve. This action gets the number of control points on this source curve. This action gets the control point array of this curve. This action gets the number of entities in the database. This action gets the number of grid entities. This action gets the number of layers. This action gets the number of soure entities. This action gets the measurement to used, the comparison operand, and the limit being checked. This action gets the current entity of the unstructured solver. This action gets the current entity of the voxel solver. This action gets the value of the current highlighter position. This action gets the current stage of the unstructured solver. This action gets the current stage of the voxel solver. This action gets the current view of the display. This action gets the corresponding pw::Curve for a boundary, if any. This action gets the curve that this trim segment trims. This action gets a list of floats that represents the size of any gaps discovered during the last call to createSurfacesFromCurves or createPatch. This action gets a list of vectors that represents the locations of any gaps discovered during the last call to createSurfacesFromCurves or createPatch. This function returns the cut object corresponding to the intersection of this cut plane through the specified block. This action returns the owning pw::CutPlane object. This action returns the individual cut objects associated with this cut plane. This action gets all database entities the grid entity is using. This action gets all database entities the subgrid entity is using. This action gets all database entities the grid entity is using. This action gets the decay of the point at the given index of the source point cloud. This action gets the default projection direction for this connector. This action gets the default projection direction for this curve. This action gets the default projection direction for this domain. This action gets the default projection direction for this subgrid. This action gets the default projection direction for this point. This action gets the default projection direction for this source curve. This action returns true if an input definition file exists. This action gets the entities that require this entity to exist. This action gets the description of the given point or grid coordinate. This action gets the description of how this entity was defined. This action gets a layer’s description. This action gets the description of how this entity was defined. This action gets the details of the last IO operation. This action gets a dictionary of key-value pairs of attributes that are defined by this attribute dictionary. This action gets the dimensions of this connector. This action gets the dimension of this edge. This action gets the dimension of this block. This action gets the dimensions of this connector. This action gets the dimensions of this domain. This action gets the dimensions of this face. This action gets the dimensions of this node. This action gets the dimension of the control points of the particular surface created in this mode. This action returns a list of parameters at discontinuities with a bend angle greater than the given angle. This action returns a list of parameters at discontinuities with a bend angle greater than the given angle. This action returns a list of parameters in the given direction at discontinuites with a bend angle greater than the given angle. This action returns the ‘display’ name for the element This action gets the signed distance of this plane from the origin. This action gets the distribution function of a subconnector. This action returns the documentation for the element This action gets the domain in which this is a subgrid. This action gets a domain from this face. This action gets the number of domains in this face. This action gets the orientation of a domain in this face. This action gets all domains in a face. This action returns a list of domains that use the given connectors. This action gets a list of domains that are constrained to the given databases. This action gets a list of domains that are constrained to the given databases. This action gets a list of subgrids that are constrained to the given databases. This action gets the edge at the given index. This action gets the edge at the given index or computational boundary. This action gets an edge from this face. This action gets the number of edges in this domain. This action gets the number of edges in this face. This action gets the edges of the domain. This action gets all edges from this face. This command returns the number of elements for the given type. This action returns the element ID This action gets the named elliptic solver attribute. This action gets the named elliptic solver attribute. This action gets the named elliptic solver attribute. This action gets the named elliptic solver attribute. This action gets the last elliptic solver residual info for the block/subgrid at the given index. This action gets the last elliptic solver residual info for the domain/subgrid at the given index. This function returns whether or not the cutting plane is enabled. This action returns whether the line at the given index is enabled. This action gets the enclosing entities associated with this shape. This action gets the enclosing entities associated with this shape. This action gets the enclosing entities associated with this shape. This action gets the minimum, average and maximum spacing of the enclosing entities associated with this shape. This action gets the end parameter for the trim segment. This action gets the requested grid point spacing at the end of the distribution. This action gets a list of entities that this dictionary has been attached to. This action returns the entities that this boundary condition has been applied to. This action the list of entities being examined. This action gets a list of entities that were included when this mode began. This action returns the entities that this volume condition has been applied to. This action returns the entities that would be used in a block when a grid shape has IncludeEnclosingEntitiesInBlock set to true and the given entities are the enclosing entities. This action gets the entity of the given point or grid coordinate. This action gets the database entity of the given point. This action gets the grid entity at the given grid coordinates This action gets an entity from the group. This action gets the grid entity linked to a node of the hierarchy. This action returns the number of entities that this boundary condition has been applied to. This action returns the number of entities in a collection. This action gets the number of entities being examined and optionally sets a variable to the list of entities. This action returns the number of entities in a group. This action gets the number of entities monitored by the rule and optionally gets the list of entities. This action returns the number of entities that this volume condition has been applied to. This action returns all the entities in a group as a list. This action returns a list of nodes that have entity references This action gets the number of rule violations for a specific entity. This action reports the last I/O error detected when processing the file. This action gets the code of the given error. This action gets the error code list This action gets the number of errors that occurred during the last IO operation. This action gets the information of the given error. This action gets the list of information of the given errors. This action gets all source entities that are being explicitly excluded from affecting the grid of this entity This action gets all source entities that are being explicitly excluded from affecting the grid generated by this shape This action gets a list of domains that are dependent upon the quilts included in the mode. This action gets a list of sources that are dependent upon the quilts included in the mode. This action gets a list of file types that can export all of the given entities. This action gets a list of file types that can export all of the given entities. This action gets the extents of the database. This action gets the extents of the models of the mode. This action gets the extents of this entity. This action gets the extents of the grid entities. This action gets the extents of the source entities. This action gets the extents of the given entities. This method returns the current extrema setting for the cut plane group. This action gets the boundary condition at a given connector region. This gets the boundary condition at a given connector region. This action gets the boundary condition at a given edge side. This action gets the step suppression factor applied to the boundary condition at a given edge side. This action gets the named extrusion solver attribute. This gets the named extrusion solver attribute. This action gets the named extrusion solver attribute. This action gets the face at the given index. This action gets the face at the given index or computational boundary. This action gets the face at the given index or computational boundary. This action gets the number of faces in this block. This action gets the number of faces in the shell. This action gets the face list. This action gets the vertices of the triangles for a face in the shell. This action gets the vertices of all the triangles for a face in the shell. This action returns the list of entities failed by the last call to run or resume. This action gets the number of failing entities monitored by the rule and optionally gets the list of entities. This action gets the groups that were created during import to group left over entities when an entity has conversion problems. This action initializes returns information about the file after the mode has been initialized with the file name. This action gets the mode’s file type. This action gets the mode’s file type. This action gets the named file type attribute. This action gets the named file type attribute. This action gets the available filetype ids. This action gets a list of the file types that can export all of the entities of this mode. This action gets a list of the file types that can export all of the entities of this mode. This action gets a list of the file types that are supported for database entity import. This action gets a list of the file types that can export all of the entities of this mode. This action gets a list of the file types that are supported for grid entity import, with certain file types excluded based on the current CAE and dimension. This action gets a list of the file types that are supported for source import - currently only PCD-formatted files are imported. This action gets the mode’s file version. This action returns the number of filters of the given filter_type defined in the mesher mode. This action gets the definition of a filter identified by index or name. This action gets a list of all filter definitions of the given filter_type. This action matches the name of each mode entity against the filter patterns in filter priority order and returns the match count for each filter. This action returns a list of filter names defined in the mesher mode filter_type. This action returns a list of supported filter type names. This action gets the list of pw::DatabaseEntity objects that a surface created in this mode will be fitted to when the fitter runs. This action gets the fit tolerance for database operations. This command returns the font used by the note. This action gets the counts of foreign entities processed by the mode. This action returns the cutting form of the cutting plane. This action returns the pw::Framework to which this entity belongs. This function returns the path to the framework instance in which the cutting plane resides. This action returns the entities that this boundary condition has been applied to. This action returns the number of free entities that this boundary condition has been applied to. This action gets a list of allowable function names. This action gets a list of allowable function names. This action calculates the geometric properties at the specified position on the connector. This action calculates the geometric properties at the specified position on the curve. This action calculates the geometric properties at the specified database point. This action gets the grid entities that this entity supports. This action gets the grid entities currently associated with this grid shape. This action returns the type name of the grid element for the current overset assembler. This action gets the pw::GridShape object that was used to create this grid entity using the updateGridEntities action. This action gets the connectors of a dimensioning group using the group index or a connector. This action gets the number of connector dimensioning groups. This action gets the connectors of all of the dimensioning groups. This action gets the groups that this entity is an explicit member of. This actioin gets whether a block is left- or right-handed. This action gets the height parameter used to set the shape. This action gets the height parameter used to set the shape. This action gets the height parameter used to set the shape. This action gets the named high order solver attribute. This action returns the IBLANK data for a block. This action returns the IBLANK type for a block. This action returns a list of available image format options for the saveImage command. This action gets the type and value of an entity attribute. This action gets the entity’s available attribute names. This action returns a list of pw::GridEntity objects that will be included in the block when the IndcludeEntitiesInBlock attribute is set to true. This action gets all entities that are being explicitly included in the size field that affects the grid of this entity. This action gets all entities that are being explicitly included in the size field that affects the grid generated by this shape This action gets the minimum, average and maximum spacing of the explicitly included size field entities of this shape. This action gets a specific error message from the last initialization attempt. This action gets the number of errors from the last attempt at initializing the block. This action gets the error message list. This action gets the initialization method for this domain. This action gets the initialization method for this subgrid. This action gets the initial (requested) residual of the last step run. This action gets the number of cells or points between the lower and upper cutoff limits (inclusive) during the last examine or refilter call. This action returns the number of times the framework is instanced (i.e., a child of another framework). This action gets all the curves that are at least partially on the interior of the trim surfaces of the quilts of this model. This action gets all the curves that are at least partially on the surface. This action gets all the curves that are at least partially on the interior of the trim surfaces of this quilt. This action gets all the curves that are at least partially on the surface. This action gets all the curves that are at least partially on the interior of the trim surface, but not used in the boundaries. This action gets the interior state of this block. This action gets the interior state of this domain. This action determines the set of intersecting cells among the provided domains. This action determines the set of intersecting faces among the provided database shells. This action gets the tangent intersection point of the conic. This action gets the number of intervals used for the histogram when examine or refilter was last run. This action gets the limits of all intervals in the histogram. This action gets the list of interval parameters in the U or V direction on a surface. This action gets the number of values in the specified interval. This action gets the number of values in all intervals. This action finds connectors that have invalid distributions. This action returns the first and last hex in the array that were formed from isotropic cells. This action returns the first and last prism in the array that were formed from isotropic cells. This action returns the first and last pyramid in the array that were formed from isotropic cells. This action returns the first and last tet in the array that were formed from voxel cells. This action gets the number of iterations of fitting for a particular surface created in this mode. This action gets a list of lamina quilt boundary lists of a certain classification. This action returns the entities in a layer. This action gets the number of entities in a layer. This action gets the connector length from the beginning to a given location. This action gets the curve length from the beginning to a given location. This action gets the length parameter used to set the shape. This action gets the length of the portion of the segment from the beginning to the given parameter, index, arc length, constant value, or closest point. This action gets the length parameter used to set the shape. This action gets the curve length from the beginning to a given location. This action gets the length parameter used to set the shape. This action returns the display’s lighting direction. This action gets the filter line at the given index. This converts a block’s ijk index to a linear index. This converts a block’s ijk index to a linear index. This converts a domain’s ij index to a integer linear index. This action gets the number of lines that defines the filter This action gets the type of a line in the filter This action gets the possible ways a domain can be added to a face. This action gets a list of manifold quilt boundary lists of a certain classification. This action returns the number of mapping filters of the defined in the mesher mode. This action gets the definition of a mapping filter identified by index or name. This action gets a list of all mapping filter definitions. This action matches the name of each mode entity against the mapping filter patterns in filter priority order and returns the match count for each filter. This action returns whether a mapping filter uses equal spacing. This action returns whether a mapping filter forces adjacent grid spacing on neighboring surface grids. This action returns the maximum aspect ratio allowed for a mapped domain. This action returns a list of mapping filter names defined in the mesher mode. This action gets whether or not a created unstructured domain was mapped to a structured domain. This action gets the maximum ijk limits of this subgrid. This action gets the maximum ij limits of this subgrid. This action gets the maximum value computed during the last call to examine. This action gets the maximum aspect ratio of the last step run. This action gets the maximum residual of the last step run. This action gets the maximum spacing between grid points of the given edges. This function returns the current block metric used by pw::CutPlane objects. This action gets the minimum ijk limits of this subgrid. This action gets the minimum ij limits of this subgrid. This action gets the minimum value computed during the last call to examine. This action gets the quilt boundary group with the minimum length. This action gets the length of the minimum boundary group. This action gets the minimum Jacobian of the last step run. This action gets the minimum skew angle of the last step run. This action gets the minimum spacing between grid points of the given edges. Processes entity_list for the given plane. This action gets the model that contains this quilt. This action gets the model that contains this trim surface. This function returns the name of the cutting plane. This gets the system assigned node name. This action returns the name of the spacing if it is a named spacing value. This action returns value of a named spacing value. This action returns a list of named spacing values. This action gets a list of boundary condition names. This action gets a list of T-Rex condition names. This action gets a list of volume condition names. This action gets a node from a connector. This action gets a node from an edge. This action gets a node by its display name. This action returns the normal at the specified database point. This action gets the normal of the surface in model space at the given parameter. This action gets the normal of this plane. This action gets the current circle normal. This action gets the normal of the surface in model space at the given parameter. This action gets the normal of the surface in model space at the given parameter. This action gets the orientation of the face normals. This action gets the position of the surface in object space at the given parameter. This action gets the position of the shape in object space at the given parameter. This action gets the position of the surface in object space at the given parameter. This action finds the best offset normal vector from this curve to a point. This action gets the best offset point for the given curve. This action gets the oriented extents of this entity. This action gets the oriented extents of the given entities. This action gets the number of outdated entities monitored by the rule and optionally gets the list of entities. This action returns the block’s outer face. This action checks if the grid entity is currently out of sync with its attributes. This action checks if the grid entity is currently out of sync with its sources. This action will get the domains that share corners with the edges passed in. This action gets the name of the current overset assembler. This action gets the named overset assembler attribute. This action gets the names of the available overset assemblers. This action returns overset data of the given type at the specified index. This action returns the original block point or cell dimensions used by the most recent import of overset assembly data. This action returns the list of original block indices for a given overset object type. This action returns the named overset render attribute. This action returns the overset render attributes for the cut. This action returns the overset render attributes for the cutting plane. This action gets a pair of entities with the given index. This action gets the number of pairs found from the last findPairs action. This action gets all the pairs of entities. This action gets a parameter value on a connector. This action gets a normalized parameter value on a curve. This action gets the parametric value of the segment at the given parameter, index, arc length, constant value, or closest point. This action gets a parameter value on a curve. This action gets the parameters at which the curve intersects the value. This action gets the parameters at which the curve intersect the value. This action gets the parameters at which the curve intersects the value. This action gets the parent for this node. This action gets a string representing a part of the entity that can be used to reference the part in other actions. This action gets the entity boundary for the given part of this entity. This action gets the number of parts of the entity of a given type. This action gets the DatabaseEntity object that owns the given part of this entity and the part name within that entity. This action gets a list of the DatabaseEntity object that owns the given parts of this entity and the part name within that entity. This action gets a list of strings representing parts of the entity that can be used to reference the part in other actions. This action gets the xyz vector for the given part of this entity. This action gets a list of xyz vectors for the given parts of this entity. This action returns the number of times the framework and the specified child is referenced by a permanent framework path (such as grid entities referencing sources). This action gets the number of grid points on the perimeter of the entity. This action gets the connector that shares a periodic link with this connector. This action gets the domain that shares a periodic link with this domain. This action gets a list of physical type names. This action gets a list of physical type names. This action gets the plane coefficients if the plane is a physical plane. This action gets the plane coefficients if the plane is a physical plane. This action gets the plane coefficients. This routine gets the center point on the plane if a physical plane is defined. This routine gets the center point on the plane if a physical plane is defined. For physical cutting planes, this returns the signed distance from the origin to the plane (the value of D in the plane equation Ax + By + Cz = D). For physical cutting planes, this returns the signed distance from the origin to the plane (the value of D in the plane equation Ax + By + Cz = D). For physical cutting planes, this returns the plane normal. For physical cutting planes, this returns the plane normal. This action returns whether the cutting plane type is a physical or computational type. This action returns whether the cutting plane type is a physical or computational type. This action gets the position of a block grid point. This action gets the position of a block grid point. This action gets the position of a block grid point. This action gets the position of a connector grid point. This action gets the position of a domain grid point. This action gets the position of a domain grid point. This action gets the position of an edge grid point. This action gets the position of a face grid point. This action gets the position of a face grid point. This action gets the position of the given grid coordinates. This action gets the position of a node. This action gets the control point of this database point. This action gets the control point at the given index. This action gets the control point of this soiurce point. This action gets the number of points in this edge. This action gets the number of points in this face. This action gets the number of points in the entire grid. This action gets the number of grid points in the given entity. This action gets the number of grid points in the node. This action gets the number of control points of this curve segment. This action gets the number of points in the point cloud. This action gets all the connector grid points. This action gets all the edge grid points. This action gets the points parameter used to set the shape. This action gets all the control points. This action gets the points parameter used to set the shape. This action gets the points parameter used to set the shape. This action gets the position in the defining space of the block at the given index. This action gets the position in the defining space of the block at the given index. This action gets the position in the defining space of the block at the given index. This action gets a position on a connector in the defining space of the connector. This action gets a position on a curve in the defining space of the curve. This action gets a position in the defining space of the domain. This action gets the position in the defining space of the domain at the given index. This action gets the position in the defining space of the edge at the given index. This action gets the position in the defining space of the face at the given index. This action gets the position in the defining space of the face at the given index. This action gets the position in the defining space of the shape at the given parameter. This command returns the position of the lower left corner of the first character. This action gets the position in the defining space of the plane at the given parameter. This action gets the position in the defining space of the point at the given parameter or index. This action gets the position in the defining space of the segment at the given parameter, index, arc length, or constant value. This action gets the position in the defining space of the shape at the given parameter. This action gets a position on a curve in the defining space of the curve. This action gets the position in the defining space of the point at the given parameter or index. This action gets the position in the defining space of the shape at the given parameter. This action gets the position in the defining space of the surface at the given parameter. This action gets the position in the defining space of the surface at the given parameter. This action gets the current primitive type string of this shape with values being < None | Sphere | Cylinder | Box | Polygon > This action gets the current primitive type string of this shape with values being < None | Sphere | Cylinder | Box | Polygon > This action gets the current primitive type string of this shape with values being < None | Sphere | Cylinder | Box | Polygon > This action returns the project name which includes the file path and the filename of the currently associated file. This action gets the calculated maximum height of the pyramids based on the prescribed aspect ratio and the base area of the cells. This action gets the calculated minimum height of the pyramids based on the prescribed aspect ratio and the base area of the cells. This action gets the quilt at the given index. This action gets the quilt to which this curve is constrained. This action gets the quilt that contains this trim surface. This action gets the number of quilts in this model. This action gets the quilts of this model This action gets the radius parameter used to set the shape. This action gets the radius parameter used to set the shape. This action gets the radius parameter used to set the shape. This action returns the radius of curvature at the specified position on the connector. This action returns the radius of curvature at the specified position on this curve. This action returns the radius of curvature at the specified database point. This action returns the lower and upper cutoff limits. This action returns the list of redo levels available. This action gets the entities that reference this entity, but not necessarily depend on it to support. This action returns the register boundary conditions for all registers in which this entity is used. This action returns the number of registers that this boundary condition has been applied to. This action returns the number of registers that this boundary condition has been applied to. This action returns the registers that this boundary condition has been applied to. This action returns the registers that this boundary condition has been applied to. This action gets a list of database entities that a surface mesh was not able to be constructed on during the createSurfaceMesh action. This action gets the cut’s fill and line render attributes. This action gets the cut plane’s fill and line render attributes. This action gets the named render attribute. This action returns the connectors that have grid points that are out of sync with their distribution functions when the RepairMode attribute is set to Defer. This action obtains the results of the last do operation. This actions gets the rho value of the conic. This action gets the RMS distance of the fit and point cloud for a particular surface created in this mode. This action returns the root (global) framework system. This action returns a transformation matrix which will convert a point in the coordinate system of the framework specified by the root of the path to the coordinate system of the framework specified as the tail of the path. This action gets the result of the last extrusion solver run. This action gets the value of the named runtime attribute. This action gets the definition of a runtime attribute. This action gets the available runtime attribute names. This action gets the same point tolerance for database operations. This action gets the specified saved cut for block examine. This action gets the number of saved cuts for block examine. This action gets the boundary condition scalar names. This action gets the volume condition scalar names. This action gets the value of a boundary condition scalar. This action gets the value of a volume condition scalar. This action gets the segment at the given index. This action gets the segment at the given index. This action gets the segment at the given index. This action gets the number of segments in this connector. This action gets the number of segments in this curve. This action gets the number of segments in this curve. This action gets the list of segments. This action gets all the segments. This action gets the list of segments. This action allows the user to query the display for the current set of selected entities. This action gets the shoulder point of the circle. This action gets the shoulder point of the conic. This action returns the shrink factor specified for the cut. This action returns the shrink factor specified for the cut plane. This action returns the size of the current display window. This command returns the font size of the note as measured by the height of the letter ‘M’. This action gets the size at the given XYZ coordinates from source evaluation. This action gets the number of point primitives that will be used when generating the size field that affects this entity. This action gets the minimum, average and maximum spacing of the size field associated with this shape. This action gets the slope type string used for creating the shape. This action gets the method for calculating the slope vector of all control points. This action gets the method for calculating the slope vector of all control points. This action gets the slope type string used for creating the shape. This action gets the slope type string used for creating the shape. This action gets the incoming slope vector of the given control point. This method gets the incoming slope vector of the given control point. This action gets the outgoing slope vector of the given control point. This action gets the outgoing slope vector of the given control point. This action gets the algorithm that was used when initializing the interior of the domain. This action gets the spacing of the point at the given index of the source point cloud. This action gets the representative xyz locations of specified spacing and decay values for this source This action gets the state of this face. This action gets the name of the given saved state. This action gets the number of saved states. This action gets the current layer of the given saved state. This action gets the number of hidden layers of the given saved state. This action gets the number of shown layers of the given saved state. This action gets the status of the fit for a particular surface created in this mode. This action gets the grid or database coordinates for the examined element of an entity at a given point or cell index depending upon whether grid or database entities are being examined. This action gets the XYZ values for the examined element of an entity at a given point or cell index. This action gets the height of the last step run. This action gets the stop criteria data of the last run at the given index. This action gets the underlying structured domain this domain is linked to. This command returns the style associated with the note. This action gets the number of subconnectors in this connector. This action gets the dimension of a subconnector in this connector. This action gets the minimum and maximum grid point indices of a subconnector. This action gets the minimum and maximum grid point indices of all subconnectors. This action gets the subgrid at the given index. This action gets the subgrid at the given index. This action gets the number of subgrids in this block. This action gets the number of subgrids in this domain. This action gets the subgrid list. This action gets the subgrid list. This action gets the entities that this entity requires. This action gets the surface to which this curve is constrained. This action gets the surface being trimmed. This action gets the calculated maximum surface edge length based on triangluar area of the cells. This action gets the calculated maximum surface edge length based on area of cells in all given faces. This action gets the calculated minimum surface edge length based on triangluar area of the cells. This action gets the calculated minimum surface edge length based on area of cells in all given faces. This action gets the trim surface at the given index. This action gets the number of trim surfaces in this quilt. This action gets the trimmed surfaces of this model This action gets the trimmed surfaces of this quilt This action returns itself. This action gets a list of symmetry loops, where each loop is a list of quilt boundaries that are lamina and lie on a symmetry plane. This action returns a transformation matrix which will convert a point in the coordinate system of the framework specified by the tail of the path to the coordinate system of the framework specified as the root of the path. This action gets the tangency vector on a connector. This action gets the tangency vector on the curve at a location. This action gets the tangency vector on the segment at a location. This action gets the tangency vector on the source curve at a location. This command returns the text associated with the note. This action gets the quilts that are detected as thin surfaces, such as a blunt trailing edge of a wing. This action gets the timestamp of an entity. This action gets the top angle parameter used to set the shape. This action gets the top angle parameter used to set the shape. This action gets the top angle parameter used to set the shape. This action gets the top height parameter used to set the shape. This action gets the top height parameter used to set the shape. This action gets the top height parameter used to set the shape. This action gets the top-level node for the current overset assembler. This action gets the top radius parameter used to set the shape. This action gets the top radius parameter used to set the shape. This action gets the top radius parameter used to set the shape. This action gets the top width parameter used to set the shape. This action gets the top width parameter used to set the shape. This action gets the top width parameter used to set the shape. This action gets the top of the shape in model space. This action gets the top of the shape in model space. This action gets the top of the shape in model space. This action gets the total length of the connector. This action gets the total length of the curve. This action gets the total length of a pw::Curve or boundary. This action gets the total length of the segment. This action gets the total length of the curve. This command returns the transformation matrix used to transform the text from its local XY plane into global coordinates. This action returns the transparency setting for the cut. This action returns the transparency setting for the cut plane group. This action gets the transverse angle, in degrees, at a position on a connector in the defining space of the connector, and optionally whether the connector is convex or concave at that position. This action gets the number of T-Rex cells in the block. This action gets the number of T-Rex cells in the domain generated by the last run of the solver. This action takes an input list of domains on the block and determines which TRex fronts they lie on, if any. This action gets the number of T-Rex full layers in the block generated by the last run of the solver. This action gets the number of T-Rex full layers in the domain generated by the last run of the solver. This action gets the number of T-Rex hex cells in the block. This action takes a list of front ids and determines how many full and max layers are associated with the front. This action gets the number of match connectors emanating from the adjacent grid/wall BC conditions within this domain. This action gets the number of match domains emanating from the adjacent grid/wall BC conditions within this block. This action gets the minimum, average, and maximum growth rates of the match domains connected to the adj grid/wall BCs of this block. This action gets the minimum, average, and maximum growth rates of the match connectors connected to the adj grid/wall BCs of this domain. This action gets the minimum, average, and maximum initial spacing of the match domains connected to the adj grid/wall BCs of this block. This action gets the minimum, average, and maximum initial spacing of the match connectors connected to the adj grid/wall BCs of this domain. This action gets the minimum, average, and maximum layer count of the match domains connected to the adj grid/wall BCs of this block. This action gets the minimum, average, and maximum layer count of the match connectors connected to the adj grid/wall BCs of this domain. This action gets the number of T-Rex prism cells in the block. This action gets the number of T-Rex pyr cells in the block. This action gets the number of T-Rex quadrilateral cells in the domain generated by the last run of the solver. This action gets the number of T-Rex tet cells in the block. This action gets the number of T-Rex total layers in the block generated by the last run of the solver. This action gets the number of T-Rex total layers in the domain generated by the last run of the solver. This action gets the non-dimensional summed height of a TRex front at a specified layer. This action gets the number of T-Rex triangular cells in the domain generated by the last run of the solver. This action gets the type of this object. This action gets a list of the connectors that are unbalanced. This action gets a list of the domains that are unbalanced. This action returns the list of undo levels available. This action gets the unique errors from the last IO operation. This action returns the number of unique points among the specified node, connector, domain and/or block entities (contained in a list of entities) or identified by specifying the entity type. This action gets the named unstructured solver attribute. This action gets the named unstructured solver attribute. This action returns the list of possible children. This action gets the grid entity’s usage topology type. This action returns the valid specification types for this entity. This action gets the computed value at a location within an entity. This action gets the computed value at a grid point location within an entity. This action gets the number of computed values either for a specific entity or for all entities. This action gets the list of computed values within an entity. This command reports the current level of filtering for text output by the application. This action gets the program and version of the application. This action returns the name of the saved view. This action gets the volume condition of this entity. This action gets the calculated maximum volume edge length based on tetrahedral volume of the cells. This action gets the calculated minimum volume edge length based on tetrahedral volume of the cells. This action returns the first and last hex in the array that were formed from voxel cells. This action gets the calculated voxel maximum size for a newly created voxel block from this grid shape. This action gets the calculated voxel minimum size for a newly created voxel block from this grid shape. This action returns the first and last prism in the array that were formed from voxel cells. This action returns the first and last pyramid in the array that were formed from voxel cells. This action returns the first and last tet in the array that were formed from voxel cells. This action gets the number of warnings that occurred during the last IO operation. This action gets the information of the given warning. This action gets the information of the all the warnings. This action gets the width parameter used to set the shape. This action gets the width parameter used to set the shape. This action gets the width parameter used to set the shape. This action returns the object as an XML string. This action gets the 3D position of the given point or grid coordinate. This action gets the position of the block in model space at the given index. This action gets the position of the block in model space at the given index. This action gets the position of the block in model space at the given index. This action gets the model space position on a connector. This action gets a position on the curve in model space. This action gets the 3D position of the given point. This action gets a position of the domain in model space. This action gets the position of the domain in model space at the given index. This action gets the position of the edge in model space at the given index. This action gets the sample point at a location within an entity. This action gets the position of the domain in model space at the given index. This action gets the position of the face in model space at the given index. This action gets the 3D position of the given grid coordinate. This action gets the position of the surface in model space at the given parameter. This action gets the XYZ location of this node. This action gets the position of the plane in model space at the given parameter. This action gets the position of the point in model space at the given parameter or index This action gets the position of the segment in model space at the given parameter, index, arc length, constant value, or closest point. This action gets the position of the shape in model space at the given parameter. This action gets the model space position on a curve. This action gets the position of the point in model space at the given parameter or index This action gets the xyz of the point at the given index of the source point cloud. This action gets the position of the surface in model space at the given parameter. This action gets the position of the surface in model space at the given parameter. This action gets the position in model space of the surface at the given parameter. This action gets a grid of points in the given direction at the given index. This action gets a line of points in the given direction at the given index. This action gets a list of points along the U- and V-intervals. This action gets a list of points along a constant parameter of a surface suitable for rendering. This action gets a list of points between two control points of a segment suitable for rendering. This attribute controls whether the rule is a global rule. Check if the first time is greater than the second time Specifies the block dimensionality. Specifies the file format’s grid block style. This attribute is the boundary mode that determines the dimension and distribution of connectors and domains that are generated from the shape. Enables the creation of MeshLink files during CAE export. The name of the exported MeshLink database file. The type of the exported MeshLink database file. The name of the exported MeshLink XML file. The type of the exported MeshLink XML file. Set mirroring on export. Sets the file extension used for Cobalt grid files. This attribute is the grid point tolerance of grid entities and operations. This attribute is the grid preference of the application. Domain surface degree. This attribute is the type of grid that is generated from the shape. This attribute is the growth angle associated with a boundary filter of type Angle. This attribute is the aspect ratio associated with a boundary filter. This attribute is the growth rate of the T-Rex condition. This attribute is the growth rate of T-Rex layers of an unstructured block 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 is the growth angle associated with a boundary filter of type Wall. |