Abstract: A system and method for implementing a dynamic query mechanism to facilitate on-demand data visualization is disclosed. The method includes receiving user interaction in association with rendering a visualization of a data cube, determining a set of visibility constraints based on the user interaction, periodically checking in with a data container to determine whether there is data to load based on the set of visibility constraints, issuing a query to fetch values of the data from a database responsive to determining that there is data to load, dynamically loading the fetched values of the data into the data container, and rendering the visualization of the data cube using the data container.

Abstract: A system and method for implementing an iterative query mechanism to facilitate distributed aggregation and interactive visualization of data is disclosed. At least, the method includes receiving user interaction in association with rendering a visualization of hierarchical data, determining a query based on the user interaction, distributing the query in parallel to a cluster of computing devices, wherein each computing device in the cluster locally generates and prunes a tree based on processing the query, receiving a plurality of trees from the cluster of computing devices responsive to distributing the query, merging the plurality of trees into an aggregated tree, and rendering the visualization of hierarchical data based on the aggregated tree.

Abstract: A system and method for implementing an iterative query mechanism to facilitate distributed aggregation and interactive visualization of data is disclosed. At least, the method includes receiving user interaction in association with rendering a visualization of hierarchical data, determining a query based on the user interaction, distributing the query in parallel to a cluster of computing devices, wherein each computing device in the cluster locally generates and prunes a tree based on processing the query, receiving a plurality of trees from the cluster of computing devices responsive to distributing the query, merging the plurality of trees into an aggregated tree, and rendering the visualization of hierarchical data based on the aggregated tree.

Abstract: A system and method for implementing a dynamic query mechanism to facilitate on-demand data visualization is disclosed. The method includes receiving user interaction in association with rendering a visualization of a data cube, determining a set of visibility constraints based on the user interaction, periodically checking in with a data container to determine whether there is data to load based on the set of visibility constraints, issuing a query to fetch values of the data from a database responsive to determining that there is data to load, dynamically loading the fetched values of the data into the data container, and rendering the visualization of the data cube using the data container.

Abstract: A system and method for implementing an iterative query mechanism to facilitate distributed aggregation and interactive visualization of data is disclosed. At least, the method includes receiving user interaction in association with rendering a visualization of hierarchical data, determining a query based on the user interaction, distributing the query in parallel to a cluster of computing devices, wherein each computing device in the cluster locally generates and prunes a tree based on processing the query, receiving a plurality of trees from the cluster of computing devices responsive to distributing the query, merging the plurality of trees into an aggregated tree, and rendering the visualization of hierarchical data based on the aggregated tree.

Abstract: A system and method for implementing a dynamic query mechanism to facilitate on-demand data visualization is disclosed. The method includes receiving user interaction in association with rendering a visualization of a data cube, determining a set of visibility constraints based on the user interaction, periodically checking in with a data container to determine whether there is data to load based on the set of visibility constraints, issuing a query to fetch values of the data from a database responsive to determining that there is data to load, dynamically loading the fetched values of the data into the data container, and rendering the visualization of the data cube using the data container.

Abstract: Displaying a visual representation of table, including generating a visual representation of a table including a plurality of dimensions, displaying the visual representation of the table, where a first dimension value corresponding to one of the plurality of dimensions is collapsed when the table is initially generated, and a second dimension value corresponding to one of the plurality of dimensions is expanded such that sub-dimension values for the first dimension value are not visible, and sub-dimension values for the second dimension value are visible, detecting that a user has placed a first dimension value manipulator corresponding to said first dimension value into an expand mode, and in response to detecting the first dimension value manipulator is in an expand mode, expanding the first dimension value in the displayed visual representation of the table such that the sub-dimension values for the first dimension value are visible.

Abstract: Displaying a visual representation of table, including generating a visual representation of a table including a plurality of dimensions, displaying the visual representation of the table, where a first dimension value corresponding to one of the plurality of dimensions is collapsed when the table is initially generated, and a second dimension value corresponding to one of the plurality of dimensions is expanded such that sub-dimension values for the first dimension value are not visible, and sub-dimension values for the second dimension value are visible, detecting that a user has placed a first dimension value manipulator corresponding to said first dimension value into an expand mode, and in response to detecting the first dimension value manipulator is in an expand mode, expanding the first dimension value in the displayed visual representation of the table such that the sub-dimension values for the first dimension value are visible.