E2.1.a-b-c — Scope of application of the discipline of building fabrics and processing areas — UML model

Please note: for a correct display and use of this dataset it is recommended to consult it on the original page on the Arezzo Portal. At the same address there are also, for datasets enabled, additional access formats, preview of the view via API call, consultation of fields in DCAT-AP IT format, the ability to express an evaluation and comment on the dataset itself. All resource formats available for this dataset can be downloaded as ZIP packages: within the package will be à the resource is available in the chosen format, complete with all information on the metadata and license associated with it. The conceptual model shown in the PDF file attached to the metadata sheet refers to the main classes adopted for the representation of the thematic layers in the QGIS project prepared for the realisation of the maps referred to in the title of the fiche: tables E2.1a, E2.1b, E2.1c — Scope of application of the discipline of building fabrics and processing areas throughout the territory (a), central scope (b) and fractions (c). The model was created as a Class Diagram according to the UML language, adopting a reduced set of specifications. The classes represented in the diagram generally have a name coinciding with that of the corresponding physical model dataset. In the conceptual model, “classes” can also be illustrated which are actually descriptive layers representing particular thematic subsets of another class by means of specific queries (Provided Feature Filters) and particular categorical representations. For the main classes are highlighted in specific labels, with description enclosed by brackets {}, the constraints (constraints) defined between the instances of the class and with the instances of the related classes. Additional natural language annotations have been added, including the name of the corresponding QGIS layer, a brief description of the class and the data source. The colors assigned to the classes shown in the UML model are representative of Spatialite geodatabases in which the corresponding datasets are stored: in the UML model has been reported a descriptive legend of the various geodatabases of reference.