Abstract: A geometric plot is generated having at least two axes, wherein a dataset from which the plot will be generated specifies at least one shape for the geometric plot and wherein the plot includes at least one axis having a plurality of discrete, categorical index values. At least one offset value is specified that determines a mapping of one or more shape-defining vertices of the at least one shape to a location that is a fractional distance between two of the discrete, categorical index values, such that a generated set of data specifies a pixel location for each of the shape-defining vertices of the at least one shape.

Abstract: Systems and methods for generating one or more graphs corresponding to a data set are included. A computing system may receive user input data indicating a data set, the data set including one or more variables. Variable selection data indicating a subset of the one or more variables included in the data set may be obtained for the data set. An electronic representation of a graph selection structure may be generated based on the variable selection data. One or more graphs may be generated using the graph selection structure.

Abstract: A computer system where a geometric plot is generated having at least two axes, wherein a dataset from which the plot will be generated specifies at least one shape for the geometric plot and wherein the plot includes at least one axis having a plurality of discrete, categorical index values. Zero or more offset values are specified that determines a mapping of one or more shape-defining vertices of the at least one shape to a location that is a fractional distance between two of the discrete, categorical index values, such that a generated set of data specifies a pixel location for each of the shape-defining vertices of the at least one shape.

Abstract: A geometric plot is generated having at least two axes, wherein a dataset from which the plot will be generated specifies at least one shape for the geometric plot and wherein the plot includes at least one axis having a plurality of discrete, categorical index values. At least one offset value is specified that determines a mapping of one or more shape-defining vertices of the at least one shape to a location that is a fractional distance between two of the discrete, categorical index values, such that a generated set of data specifies a pixel location for each of the shape-defining vertices of the at least one shape.

Abstract: Systems and methods for generating one or more graphs corresponding to a data set are included. A computing system may receive user input data indicating a data set, the data set including one or more variables. Variable selection data indicating a subset of the one or more variables included in the data set may be obtained for the data set. An electronic representation of a graph selection structure may be generated based on the variable selection data. One or more graphs may be generated using the graph selection structure.

Abstract: A graph display that includes a data plot and at least one data table is generated in response to a received graphing request to generate a graph display, wherein the graphing request specifies at least one pairing of an axis name and a table column name. The data plot of the generated graph display includes plot points located relative to a horizontal axis of the data plot identified by a horizontal axis name and located relative to a vertical axis of the data plot identified by a vertical axis name and textual representation of the data table aligned with the horizontal or vertical axis, and either the horizontal axis name or the vertical axis name corresponds to the axis name of the at least one pairing in the graphing request.

Abstract: Computer-implemented methods and systems for displaying nodes on a display device, wherein the nodes have a hierarchical context. Positional information associated with a plurality of nodes is used to generate a display for the nodes. The generated node display maintains hierarchical contextual information about the nodes.

Abstract: Computer-implemented methods and systems for displaying nodes on a display device, wherein the nodes have a hierarchical context. Positional information associated with a plurality of nodes is used to generate a display for the nodes in response to a change in focal position. The generated node display maintains hierarchical contextual information about the nodes.