It was shown that equilibrium can be achieved in three weeks. This may be evidence in favor that dissolution of hydroxyapatite is an incongruent process. The obtained results demonstrate non-monotonous changes of the concentration of calcium ions in solution over time: the respective curves contain a maximum. VolumeMeshBuilderFactor圓D = VolumeMeshBuilderFactoryĮnum of MatrixType, This is useful to further specialize the template in the future More.Solubility of hydroxyapatite in aqueous solutions and artificial blood serum was studied at 37 ℃. VolumeMeshBuilderFactory = Factory, VolumeMesh &> SurfaceMeshBuilderFactory = Factory, SurfaceMesh &> LineMeshBuilderFactory = Factory, LineMesh &>
PointSetMeshBuilderFactory = Factory, PointSetMesh &> GeogramVolumeMeshBuilder3D = GeogramVolumeMeshBuilder StratigraphicColumnIOHandlerFactory = Factory GeoModelGeologicalEntityFactory = Factory, const GeoModel &> Structure which maps the vertex indices in Gocad::TSolid to the pair (region, index in region) in the RINGMesh::GeoModel. Structure used to load a GeoModel by GeoModelBuilderTSolid. A StratigraphicColumn can be a StratigraphicUnit. Representing Stratigraphic Units Each Unit has a name, two delimiting interfaces with two corresponding relations, a layer, a RockFeature, a minimum thickness and a maximum thickness.
More.Ī stratigraphic column is composed of several stratigraphic units. This is the parent class for sparse matrices, the main difference between light and heavy type matrices depend on the contents of rows elements: Light will contain type T objects, while heavy an index to access a std::deque. More.īasic "Row" of the matrix, this stores the elements of the matrix in a line-oriented way. Manages the RockFeature, which contains a RockType and more informations. For instance: A "Contact" can be the parent of one or more "Line" An "Interface" can the parent of one or more "Surface" A "Layer" can be the parent of one or more "Region" More. This class contains methods to manage relations between Geological and Mesh entities. It gives access to the number of meshed entities of each type and also their (in) boundary More.
This class contains only static methods to manage the type of the GeoModelMeshEntity. Struct used to map the type of a Mesh Entity to the type of its incident mesh entity "Line" is incident of "Corner" "Surface" is incident of "Line" "Region" is incident of "Surface" More. Struct used to map the type of a Mesh Entity to the type of its boundary "Corner" is boundary of "Line" "Line" is boundary of "Surface" "Surface" is boundary of "Region" More. The MeshEntityType described the type of the meshed entities There are 4 MeshEntityTypes corresponding to the 4 GeoModelMeshEntities: Corner, Line, Surface, Region. More.Įncapsulate adimensional mesh functionalities in order to provide an API on which we base the RINGMesh algorithms More. This template is a specialization of a gme_id to the GeoModelMeshEntity. This template is a specialization of a gme_id to the GeoModelGeologicalEntity.
GEOMODEL SOLIDS CODE
It is widely used in the code to easily access/modify/set a GeoModelEntity. Unique identification of a GeoModelEntity in a GeoModel It contains the EntityType and the index of the entity. More.Ībstract base class for GeoModelMeshEntity. More.īuilds a meshed GeoModel from a Gocad TSolid (file.so) More.Ībstract base class describing one entity of a GeoModel. To build a GeoModel from a set of disconnected polygonal surfaces. Try repairing a supposedly invalid GeoModel. More.īuild a GeoModel from a Gocad Model3D (file_model.ml) More.īuilder tools to remove entities from a GeoModel. More.Ībstract interface class to load and build GeoModels from files. More.īase class to build or edit a GeoModel. More.īuilder of GeoModel2D which project a GeoModel3D onto a plane. More.īase class for GeoModel2D building from GeoModel3D. It gives access to the number of geological entities of each type and also give the opportunity to create and manage new one. This class contains methods to manage the type of the GeoModelGeologicalEntity. The GeologicalEntityType described the type of the Geological entities User can defined there own GeologicalEntityType even if there are some already defined (see geomodel_geological_entities.h Contact, Interface, Layer. It is mainly used to test the validity of a created MeshEntityType More. This is the MeshEntityType defined by default. It is mainly used to test the validity of a created GeologicalEntityType More. This is the GeologicalEntityType defined by default. Global entity manager which could be associated to a geomodel to give access to different manager to handle the entity types. More.īasic container for the sparse matrix, i.e. Vector of pointers to Geogram attributes. Classes to build GeoModel from various inputs.
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