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Represent master data and transactional concepts with multiple entities and relationships, such as products, customers, and vendors.Īllow creation of multi-leveled submodels, merge submodel properties across existing models and synchronize submodel hierarchies.Īssign a naming standards template to models, submodels, entities and attributes for automatic application between logical and physical models. Easily apply design changes with formulated alter code.ĭefine and enforce standard data elements, naming standards and reference values for use across and between data models.Įnable advanced, bidirectional comparisons and merges of model and database structures.
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The 'how' page includes a link to Dave Bice's Exploring the Dynamics of Earth Systems website, a remarkably thorough guide to constructing and experimenting with computer models of Earth systems using STELLA. Construct graphical models from existing database or schema, for both relational and big data platforms. Using STELLA: the What, Why and How of Using STELLA in the classroom, is a set of web pages about using STELLA to teach geoscience. Generate physical data models from existing database designs. Extensive platform support is enabled through native and database-specific ODBC connections. Dimension names are optional When an equation is written using other array names, the dimension names are not normally needed. Access and manage models for multiple relational and big data platforms, both on premises and in the cloud. STELLA/iThink version 10 introduces several new array features, including simplified and more powerful Apply-To-All equations that are designed to reduce the need to specify equations for every individual element.