Abstract: A first chart and a second chart are parsed to determine one or more measures, dimensions, and filters visualized in the first chart and the second chart. The number of measures, dimensions, and filters visualized in the first chart and the second chart are calculated. It is determined how many of the number of measures, dimensions, and filters visualized in the first chart and the second chart are the same. One or more merge rules corresponding to the number of measures, dimensions, and filters visualized in the first chart and to the number of measures, dimensions, and filters visualized in the second chart that aren't the same as measures, dimensions, and filters visualized in the first chart are obtained, and one or more merge permutations are derived based on the obtained merge rules. The first chart and the second chart are merged in accordance with one of the merge permutations.

Abstract: Embodiments of the present disclosure provide systems and methods for displaying multidimensional data in a decomposition tree. The decomposition tree may include a plurality of levels, with the first level including a parent node representing the multidimensional data and the subsequent levels including one or more nodes representing a subset of the data repressed by the parent node along dimensions selected by a user. The decomposition tree may include nodes belonging to the same dimension in different levels of the decomposition tree. A node in the decomposition tree may be split by more than one dimension inside a same subsequent level.

Abstract: A first chart and a second chart are parsed to determine one or more measures, dimensions, and filters visualized in the first chart and the second chart. The number of measures, dimensions, and filters visualized in the first chart and the second chart are calculated. It is determined how many of the number of measures, dimensions, and filters visualized in the first chart and the second chart are the same. One or more merge rules corresponding to the number of measures, dimensions, and filters visualized in the first chart and to the number of measures, dimensions, and filters visualized in the second chart that aren't the same as measures, dimensions, and filters visualized in the first chart are obtained, and one or more merge permutations are derived based on the obtained merge rules. The first chart and the second chart are merged in accordance with one of the merge permutations.

Abstract: Creation of a widget for presenting a key indicator is initiated based on a selection over first displayed data. The selection is made over a portion of the first displayed data. A current data context for the first displayed data and the made selection is determined. Based on the current data context, a list of widget types available for creation of a widget for the key indicator is suggested. For the elements from the list of widget types, an advice is built to include a list of widget descriptors. An interaction is made to select a widget descriptor from the advice. According to the selected widget descriptor, a widget is created that embeds a query that extracts a portion of the current data context in order to present relevant widget data for the key indicator within the widget.

Abstract: Embodiments of the present disclosure provide systems and methods for displaying multidimensional data in a decomposition tree. The decomposition tree may include a plurality of levels, with the first level including a parent node representing the multidimensional data and the subsequent levels including one or more nodes representing a subset of the data repressed by the parent node along dimensions selected by a user. The decomposition tree may include nodes belonging to the same dimension in different levels of the decomposition tree. A node in the decomposition tree may be split by more than one dimension inside a same subsequent level.