Glyph Version 7.22.2 | Function Index Get the C plane coefficient This action sets the dimension of this connector using its current solver settings. This attribute is the maximum dimension calculated for a connector when using the commands calculateDimension, setDimensionFromSpacing, and setDimensionFromDistribution. This attribute is the dimension of a connector when it is created implicitly or when the calculateDimension action is called. This attribute is the default average spacing between successive grid points. Return a transform matrix that scales a given point from one location to another anchored at a third point This action computes the growth rate for a given layer in a boundary layer. This action computes the growth rate schedule from a set of growth parameters, such as those returned by the calculateLaminarGrowth or calculateTurbulentGrowth actions. This action computes anisotropic growth parameters for a laminar boundary layer. This action computes anisotropic growth parameters for a turbulent boundary layer. This action computes the view to center the specified extents in the display with the given view angle. Returns 1 if file type supports file validation. This action checks if there is data that will be converted when the read action is used. This action checks if there is data that will be converted when the read action is used. This action checks if there is data that will be converted when the read action is used. This action checks whether a node is required by its parent node. Returns 1 if file type supports BC/VC import. This action returns true if the entity can be re-extruded. This action returns true if the entity can be re-extruded. This action returns true if the entity can be re-extruded. This action returns true if the entity can be re-extruded. This action checks if the dimensions can be reset to a previous balanced state. This action checks if there is data that will be written out when the write action is used. This action checks if there is data that will be written out when the write action is used. This action checks if there is data that will be written out when the write action is used.
Controls the export of cell sets and zones. Get the center point of an extents box This attribute specifies the maximum centroid skew quality threshold for T-Rex cells. This action changes the value of a named spacing value. Queries a remote overset assembly server about whether it supports the current OGA assembler. Validate the current overset grid assembler. This action checks if a break point can be added at a given location. This action checks for the number of unsupported entities that will be ignored or deleted if the file is loaded. This action checks for the number of unsupported entities that will be ignored or deleted if the file is loaded. This action checks the results of deleting the given entities, without actually deleting the entities. This action checks if the connector’s distributions on all of its subconnectors could be applied as requested. This action checks for duplicate entities. This action checks for duplicate rules. This action checks if loading the given file would result in duplicate named entities. This action checks if a list of entities are valid for the given settings. This action checks if loading the given file would result in missing references. This action checks if importing the given file would result in missing references. This action checks to see if the file has any missing references. This attribute is the class of the attribute dictionary. This action classifies how a surface was created during the last call to createSurfacesFromCurves or createPatch. This action clears any computed data. This action clears the shape. This action deletes all children and resets all attributes of a node. This action clears the shape. This action clears the shape. This action sets the surface to the initial cleared state. This action removes all the attachment points from a framework This action clears the body motion data linked to a node of the hierarchy. Clear the contents of the application clipboard. This action deletes the grid entities associated with this grid shape. Undefines the grid mirror plane. This action resets the flags that track whether or not modifications have occurred. This action clears the out of sync flags for this grid entity, even though the grid points may be out of sync with it’s sources or attributes. This action clears any overrides previously set for the current solver. This action clears any overrides previously set for the current solver. This action clears overset grid assembly data from the block. This action explicitly clears all entities in the size field source from affecting the grid of this entity This action clears all explicitly included entities in the size field source from affecting the grid generated by this shape This action clears the view specified by slot or name. This action returns the smallest distance or closest approach between the given database entities. This action gets the control point on this connector closest to the given point. This action gets the control point on this curve closest to the given point or ray. This action gets the control point on this source curve closest to the given point. This action gets the grid coordinate that is closest to the given point. This action gets the closest point on this connector to the given point. This action gets the closest point on a database entity from a given point. This action gets the closest point on this entity to the given point or ray. This action gets the closest point on this entity to the given point or ray. This action gets the closest point on this segment to the given point or ray. This action gets the closest point on this source curve to the given point or ray. This attribute is the minimum buffer to be maintained between encroaching extruded tetrahedrals of an unstructured block when it is created. This attribute is the color of the entity. This attribute is the color of the rule. This attribute is the color mode for rendering an entity. This action combines two points or grid coordinates in different ways. This action combines anisotropic tet and pyramid cells in TRex-defined blocks into tet, pyramid, prism and hex cells. Flow compressibility. This action computes the transform for the framework such that, if applied, would line up the parent attachment point and the child attachment point in the global transform space. This action computes the transform from one framework coordinate system to another. This default is the condition type of a T-Rex condition when created. This attribute is the connector tolerance of grid entities and operations. Get the plane constant (D coefficient) This action specifies if a collection contains a given entity. This action returns true if the group contains an entity. This action checks to see if a rule contains a specified entity. The threshold value for the minimum curving cost smoothing function. The default minimum curving cost threshold value assigned to a block when it is created. This action converts the data read in by creating pw::DatabaseEntity objects based on the imported data. This action converts the data read in by creating pw::GridEntity objects based on the imported data. This action converts the data read in by creating pw::SourceEntity objects based on the imported data. This action transforms a direction from one framework coordinate system to another framework coordinate system. This action transforms a normal vector from one framework coordinate system to another framework coordinate system. This action transforms a point from one framework coordinate system to another framework coordinate system. This action creates a copy of the distribution. This action returns a copy of the object. This action creates a new attribute dictionary object. This action creates a new extruded block object. This action creates a new structured block object. This action creates a new unstructured block object. This action creates a new boundary condition object. This action creates a new collection object. This action creates a new connector object. This action creates a new curve object. This action creates a new cut plane object. This action creates a new automatic distribution function object. This action creates a new general distribution function object from a list of subconnectors. This action creates a new geometric distribution function object. This action creates a new shape distribution function object. This action creates a new MRQS distribution function object. This action creates a new shape distribution function object. This action creates a new Tanh distribution function object. This action creates a new structured domain object. This action creates a new unstructured domain object. This action creates a new edge object. This action creates an examine object. This action creates a new examine filter object. This action creates a new structured face object. This action creates a new unstructured face object. This action creates a new grid shape object. This action creates a new group object. This action creates a new database note object. This action creates a new database plane object. This action creates a new database point object. This action creates a new rule object. This action creates a new circle segment object. This action creates a new conic segment object. This action creates a new connector spline segment object. This action creates a new database constrained point interpolating segment object. This action creates a new trim curve segment object. This action creates a new database shape object. This action creates a new source curve object. This action creates a new source point object. This action creates a new source point cloud object. This action creates a new source shape object. This action creates a new explicit spacing object. This action creates a new surface object. This action creates a new T-Rex condition object. This action creates a new volume condition object. This action creates a new pw::Framework object and adds it as a child. This action creates a string that, when displayed in the Messages window, creates a link to a set of entities. This action creates a string that, when displayed in the Messages window, creates a hyperlink to a file or directory. This action creates new structured domain objects from the given connectors. This action creates new unstructured domain objects from the given connectors. This action creates new edge objects from the given connectors. This action automatically creates new surfaces using the given curves as boundaries for Coons patches. This action automatically creates new trim surfaces using the given intersection, projection and boundary curves as boundaries. This action creates new structured block objects from the given domains. This action creates new unstructured block objects from the given domains. This action creates new structured face objects from the given domains. This command creates new unstructured face objects from the given domains. This action, given at least one cell-type array and an extruded path of a list of lists of xyz vector values, creates an extruded block. This action, given a list of lists of lists of xyz values, creates a new structured block from those xyz values. This action, given a list of xyz vector values and at least one cell-type array, creates a new unstructured block. This action, given a list of XYZ vector values or database-constrained points, creates a new connector. This action, given a list of lists of xyz vector values or database-constrained points, creates a new domain. This action, given a list of point values (XYZ or database- constrained) and at least one cell-type array, creates a new unstructured domain. This action automatically creates new database trim surfaces using the given surfaces and its limits as the boundaries. This action creates grid entities on the database entities of this mode. This command creates the volume grid entities according to the attributes applied to the pw::VolumeMesher mode such as mesh type, farfield shape, symmetry specifications, size field decay, etc. Controls generation of a log file for debugging. This action creates models from the current shape. This action defines a named spacing value. This action creates new connector objects on the given database entities. This action creates new structured domain objects on the given database entities. This creates new unstructured domain objects on the given database entities. This action creates a single surface patch between the given rails. This action creates a periodic copy of this connector. This action creates a periodic copy of this domain. This action creates a string that, when displayed in the Messages window, creates a link to a point or list of points. This action creates a selection mask for use with selectEntities. This action creates a subgrid on this block. This action creates a subgrid on this domain. This action automatically creates new surfaces using the given curves as boundaries for Coons patches and trimmed planes. This action automatically creates new surfaces using the given curves as boundaries for Coons patches and trimmed planes. Return the cross product of two vectors This attribute is the current layer which is always visible and new entities are added to this layer. This attribute is the curvature angle resolution in degrees. This attribute is the maximum distance allowed between the analytic and discrete shape of a connector. This attribute is the maximum distance deviation allowed. This attribute is the maximum distance allowed between the analytic and discrete shape of a connector. This action sets the list of entities to the next color in the cycle. This action sets the shape to a cylinder, cone or disk. This action sets the shape to a cylinder, cone or disk. This action sets the shape to a cylinder, cone or disk. |