Abstract: Various technologies and techniques are disclosed for creating and managing a visual representation of OLAP attributes and relationships for a dimension. A visual representation is generated that contains an arrangement of shapes with connections between shapes. One or more sub-elements are contained within at least some of the shapes. Connections between the shapes represent relationships between attributes in an OLAP dimension. The containment of a respective sub-element within a respective shape represents a relationship between an attribute being represented by the respective sub-element and an attribute being represented by the respective shape. Shapes representing OLAP attributes and relationships can be programmatically grouped and ungrouped.

Abstract: Various technologies and techniques are disclosed for creating and managing a visual representation of OLAP attributes and relationships for a dimension. A visual representation is generated that contains an arrangement of shapes with connections between shapes. One or more sub-elements are contained within at least some of the shapes. Connections between the shapes represent relationships between attributes in an OLAP dimension. The containment of a respective sub-element within a respective shape represents a relationship between an attribute being represented by the respective sub-element and an attribute being represented by the respective shape. Shapes representing OLAP attributes and relationships can be programmatically grouped and ungrouped.

Abstract: A calendar customization system comprises an interface component that receives responses to one or more questions relating to a calendar. A execution automatically generates a multi-dimensional structure for the calendar, the structure generated as a function of the responses. For example, the multi-dimensional structure can relate to a Gregorian calendar, a fiscal calendar, a reporting calendar, a manufacturing calendar, and/or an ISO8601 calendar.

Abstract: A system that facilitates semi-automatically producing an output relating to a multi-dimensional data object comprises an interface component that receives responses to one or more questions and produces commands that are a function of the responses. An execution engine executes the commands and manipulates the multi-dimensional data object in accordance with the responses. For example, the multi-dimensional object can relate to one or more of a data cube, a dimension, a data source, an attribute, a property, and a mining model.

Abstract: A calendar customization system comprises an interface component that receives responses to one or more questions relating to a calendar. A execution automatically generates a multi-dimensional structure for the calendar, the structure generated as a function of the responses. For example, the multi-dimensional structure can relate to a Gregorian calendar, a fiscal calendar, a reporting calendar, a manufacturing calendar, and/or an ISO8601 calendar.

Abstract: The subject invention pertains to generation of a support structure for currency conversion. More specifically, systems and methods are disclosed to generate a currency conversion infrastructure automatically. Users can be queried and specify currency conversion parameters and configuration in business terms without specific knowledge of technical implementation details. The systems and methods retrieve the business term answers and translate them into a corresponding currency conversion system by generating one or more of technical schemas, data, logic, rules, views, and dimensions.