@@ -71,32 +71,32 @@ namespace Ioss {
7171 */
7272 enum RoleType {
7373 INTERNAL,
74- MESH, /* *< A field which is used to define the basic geometry
75- or topology of the model and is not normally transient
76- in nature. Examples would be element connectivity or
77- nodal coordinates. */
78- ATTRIBUTE, /* *< A field which is used to define an attribute on an
79- EntityBlock derived class. Examples would be thickness
80- of the elements in a shell element block or the radius
81- of particles in a particle element block. */
82- MAP, // /< A list of integers specifying some ordering or mapping of the entties
83- COMMUNICATION, // /< Related to parallel communication
74+ MESH, /* *< A field which is used to define the basic geometry
75+ or topology of the model and is not normally transient
76+ in nature. Examples would be element connectivity or
77+ nodal coordinates. */
78+ ATTRIBUTE, /* *< A field which is used to define an attribute on an
79+ EntityBlock derived class. Examples would be thickness
80+ of the elements in a shell element block or the radius
81+ of particles in a particle element block. */
82+ MAP, // /< A list of integers specifying some ordering or mapping of the entties
83+ COMMUNICATION, // /< Related to parallel communication
8484 MESH_REDUCTION, /* *< A field which summarizes some non-transient data
8585 about an entity (\sa REDUCTION). This could be an
8686 offset applied to an element block, or the units
8787 system of a model or the name of the solid model
8888 which this entity is modelling... */
8989 INFORMATION = MESH_REDUCTION, // /< Same as MESH_REDUCTION
90- REDUCTION, /* *< A field which typically summarizes some transient data
91- about an entity. The size of this field is typically not
92- proportional to the number of entities in a GroupingEntity.
93- An example would be average displacement over a group of
94- nodes or the kinetic energy of a model. This data is also
95- transient. */
96- TRANSIENT /* *< A field which is typically calculated at multiple steps
97- or times in an analysis. These are typically "results"
98- data. Examples would be nodal displacement or element
99- stress. */
90+ REDUCTION, /* *< A field which typically summarizes some transient data
91+ about an entity. The size of this field is typically not
92+ proportional to the number of entities in a GroupingEntity.
93+ An example would be average displacement over a group of
94+ nodes or the kinetic energy of a model. This data is also
95+ transient. */
96+ TRANSIENT /* *< A field which is typically calculated at multiple steps
97+ or times in an analysis. These are typically "results"
98+ data. Examples would be nodal displacement or element
99+ stress. */
100100 };
101101
102102 Field ();
@@ -109,21 +109,21 @@ namespace Ioss {
109109 size_t value_count = 0 , size_t index = 0 );
110110
111111 /* *< Create a composite field named 'name' that contains values of type 'type'
112- in a storage format of type 'storage'. There will be `copies` instances of the `storage` format.
113- There are 'value_count' items in the field. If `value_count==0`, then the correct size
112+ in a storage format of type 'storage'. There will be `copies` instances of the `storage`
113+ format. There are 'value_count' items in the field. If `value_count==0`, then the correct size
114114 will be set when the field is added to a `GroupingEntity` */
115115 Field (std::string name, BasicType type, const std::string &storage, int copies, RoleType role,
116116 size_t value_count = 0 , size_t index = 0 );
117117
118118 /* *< Create a composed field named 'name' that contains values of type 'type'
119- in a primary storage format of type 'storage' and a secondary storage format of type `secondary`.
120- There are 'value_count' items in the field. If `value_count==0`, then the correct size
121- will be set when the field is added to a `GroupingEntity` */
119+ in a primary storage format of type 'storage' and a secondary storage format of type
120+ `secondary`. There are 'value_count' items in the field. If `value_count==0`, then the correct
121+ size will be set when the field is added to a `GroupingEntity` */
122122 Field (std::string name, BasicType type, const std::string &storage,
123123 const std::string &secondary, RoleType role, size_t value_count = 0 , size_t index = 0 );
124124
125125 /* *< Create a field named 'name' that contains values of type 'type'
126- in a storage format of type 'storage' (specified via instance and not name).
126+ in a storage format of type 'storage' (specified via instance and not name).
127127 There are 'value_count' items in the field. If `value_count==0`, then the correct size
128128 will be set when the field is added to a `GroupingEntity` */
129129 Field (std::string name, BasicType type, const VariableType *storage, RoleType role,
@@ -184,7 +184,7 @@ namespace Ioss {
184184 IOSS_NODISCARD const VariableType *transformed_storage () const { return transStorage_; }
185185
186186 IOSS_NODISCARD size_t raw_count () const { return rawCount_; } // /< Number of items in field
187- IOSS_NODISCARD size_t transformed_count () const
187+ IOSS_NODISCARD size_t transformed_count () const
188188 {
189189 return transCount_;
190190 } // /< Number of items in field after transforms have been applied.
@@ -244,8 +244,8 @@ namespace Ioss {
244244 mutable size_t
245245 index_{}; // /< Optional flag that can be used by a client to indicate an ordering.
246246 // Unused by field itself. Used by some DatabaeIO objects to set ordering.
247- BasicType type_{INVALID}; // /< The basic type of the field (Integer, Real, String)
248- RoleType role_{INTERNAL}; // /< The role of the field.
247+ BasicType type_{INVALID}; // /< The basic type of the field (Integer, Real, String)
248+ RoleType role_{INTERNAL}; // /< The role of the field.
249249
250250 const VariableType *rawStorage_{nullptr }; // /< Storage type of raw field
251251 const VariableType *transStorage_{nullptr }; // /< Storage type after transformation
![dependabot[bot]](https://avatars.githubusercontent.com/in/29110?v=4&size=40){kind=avatar}
0 commit comments