Abstract: A portable electronic device including a calendar application operable to display a calendar application at a first time and first timescale as well as a second time and second timescale different from the first time and first timescale, a memory operable to store a sequence of user inputs associated with a first time and first timescale, and an input unit operable to detect the sequence of user inputs, wherein the calendar application returns from the second time and second timescale to the first time and first timescale upon detection of the sequence of user inputs.

Abstract: Various embodiments of systems and methods for storing a hierarchical table as a markup language file are described herein. Initially the position of the cells included in the hierarchical table may be identified. The position of the plurality of cells includes a first dimension coordinate and a second dimension coordinate. The first dimension coordinate is inserted as a markup tag in the markup language file. The second dimension coordinate is inserted as a markup attribute corresponding to the markup language file. One or more cells, corresponding to a first dimension of the hierarchical table is selected. Data included in the selected cells is identified and stored in the markup attribute inserted in the markup language file.

Abstract: A portable electronic device including a calendar application operable to display a calendar application at a first time and first timescale as well as a second time and second timescale different from the first time and first timescale, and an input unit operable to detect a movement of the portable electronic device, wherein the calendar application proceeds to the second time or second timescale from the first time or first timescale upon detection of the movement.

Abstract: A system and method are described herein that provide for visualizing business objects stored in a backend system for display in a user interface. Business objects are retrieved from the backend system. Metadata from the business objects are customized and sorted into a plurality of categories. The business objects are changed into a necessary data format for transmittal and transmitted to the application displayed on the user interface. During runtime, custom actions pertaining to each business object are dynamically rendered and assigned based on the backend customization of the metadata. Custom actions include the creation or updating of entries in the application.

Abstract: A system and method are described herein that provide for dynamically controlling a chart visualized in a user interface by turning business objects visualized in the chart into clickable action buttons to trigger corresponding business actions. Business objects are retrieved from a backend server and displayed as visual representations in a chart rendered in a calendar application user interface. A user clicking or tapping a visual representation in the chart triggers a corresponding predefined action that has been customized in the connected system or backend server and is dynamically assigned to the chart control based on the business context of the calendar application.

Abstract: A system and method are described herein that provide for saving retrieved business objects locally in a calendar application of a local device for access during an offline mode. Business objects may be retrieved from the backend system, whereupon a plurality of actions are performed upon the retrieved business objects, such as performing searches or viewing related analytics. Detail information about the business objects, such as business object attributes and corresponding analytics are stored locally in the memory of the mobile device running the application. This is enabled by a save feature which triggers the downloading of all related information from a backend system and saving locally on the mobile device. A user may subsequently access the saved business data in environments where there is no online connectivity.

Abstract: An apparatus and method are described herein that provide for visualizing subsets of grouped business objects in an application for display in a user interface. Business objects are grouped into subsets according to a selected business object attribute value. The business objects are grouped and displayed in a three-dimensional view including a plurality of layers, where each layer represents a subset of the business objects. The application is implemented, for example, as a calendar application. The visual representations associated with the business objects in each subset of data are displayed in each of the layers of the three-dimensional view. A user selectably controls which subset of data to view in the user interface.

Abstract: A system, method, and computer program product for automatically summarizing selections in a hierarchical data tree. Embodiments display a table with at least one entry, corresponding to a level of a branch of a tree, representing a node and comprising a node descriptor, a node selection status indicator, and a summary of selected descendant nodes present. A user may toggle a node selection status via the node selection status indicator, which visually denotes a node selection status is one of selected, unselected, and mixed, according to the number of selected descendant nodes present. The summary of selected descendant nodes comprises a list of descendant node descriptors that summarize an ordered set of nodes between a current node and a lowest level selected node. Either navigation to an entry or modification of a node selection status triggers a propagation of node property updates.

Abstract: A system, method, and computer program product for selecting single or multiple data entities, based on selection of representative items in a graphical user interface via a user input gestural trajectory. Embodiments display items representing data entities, some of which may be selected by a user for further processing by crossing or surrounding the items with a pointing device, such as a mouse, or stylus or fingertip via a touchscreen device. Selected items are visually highlighted in the interface, and the data entities they represent are added to a cache table depicted in a separate summary box. The box includes controls for fast and efficient data entity selection and deselection, display of related criteria, as well as data entity approval and disapproval, and editing capability.

Abstract: Various embodiments of systems and methods for storing a hierarchical table as a markup language file are described herein. Initially the position of the cells included in the hierarchical table may be identified. The position of the plurality of cells includes a first dimension coordinate and a second dimension coordinate. The first dimension coordinate is inserted as a markup tag in the markup language file. The second dimension coordinate is inserted as a markup attribute corresponding to the markup language file. One or more cells, corresponding to a first dimension of the hierarchical table is selected. Data included in the selected cells is identified and stored in the markup attribute inserted in the markup language file.

Abstract: A reference point on a graphical user interface may be determined. The reference point may be represented by a plurality of coordinates. The graphical user interface may be divided into tile map entities. Information about the tile map entities may be stored into a cache. The stored information may include an origin and dimensions of each tile map entity, and the origin may be represented relative to the reference point. Information needed to position a business object visual representation may be retrieved from the cache. The business object visual representation may be drawn on the graphical user interface based on the retrieved information needed to position the business object visual representation.

Abstract: Scale(s) on one or more axes may be displayed on a graphical user interface. The scale(s) may present a range of values associated with business object attribute(s). Visual representation(s) associated with business object(s) may be displayed on the graphical user interface. The visual representation(s) may be positioned relative to the scale(s). In response to activation of a grouping mechanism, the visual representation(s) may be moved to a first area in the graphical user interface. The business object(s) associated with the visual representation(s) may include business object attribute value(s) in common with other business objects visually represented in the first area.

Abstract: Scale(s) on one or more axes may be displayed. The scale(s) may present a range of values associated with at least one business object attribute. Visual representation(s) of business object(s) may be displayed. The visual representation(s) may be positioned relative to the scale(s). Detail boxes corresponding to each visually represented business object may be displayed. Each detail box may present information about a corresponding business object. All detail boxes may be displayed. Information presented by the detail box(es) may be an image and/or text. The information presented by the detail box(es) may be interactive. Displaying or not displaying the detail box(es) may be toggled. The visual representation(s) of the business object(s) may be repositioned based on the toggling.

Abstract: Scale(s) on one or more axes may be displayed. The scale(s) may present a range of values associated with business object attribute(s). Visual representation(s) of business object(s) may be displayed. The visual representation(s) may be positioned relative to the scale(s). One or more visual properties of the visual representation(s) may be varied based on information associated with the business object(s). The one or more visual properties may be color(s) of the visual representation(s), pattern(s) in the visual representation(s), video(s) in the visual representation(s), text in the visual representation(s), image(s) in the visual representation(s), and/or shape(s) of the visual representation(s).

Abstract: Calendar application objects that do no not appear on the screen because of space constraints or other reasons may be associated with an edge of the time period displayed on the screen closest to a virtual location of each respective object in the calendar application. A user selectable indicator may then be displayed for one or more of the edges to indicate the presence of additional objects in the calendar application that are not currently displayed on the screen of the device, but would be displayed if the user were to scroll the displayed time period in the direction of the displayed time period edge associated with a respective indicator. The indicator may include additional data about the objects associated with the edge that do not appear within the time period shown on the screen.

Abstract: Calendar content in a linear timeline may dynamically zoomed into and out of according to a change of a distance separating two user selected points on the screen as at least one of the user selected points is moved by the user. As the user zooms into and out of the timeline, a timescale that is displayed as part of the timeline may also be updated. The entries that are shown in the timeline may also be updated so that they correspond to the selected zoomed in time period. Additional detailed information may be displayed when zooming into the timeline whereas less information may be displayed when zooming out of the timeline. The degree of zooming may depend on a change in the separation distance between the points as one of them is moved.