Avineet Kumar Singh

@AVINEET-Singh·3 public vizzes

Vaping Twitter_v2

This radial tree visualization displays the categorization of vaping-related tweets, showing three primary topic groups—Marketing, Personal, and Other—each broken down by sentiment counts for positive, negative, and neutral classifications. The visualization uses d3.v4’s `d3.cluster` layout to position nodes in a circular hierarchy, with labels rotated along the circumference and adjusted for readability. The SVG rendering includes zoom support via `d3.zoom` and uses a square-root scale for font sizes based on node depth, with data loaded from a JSON file.

Mar 31, 2021

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Vaping Twitter

This radial tree visualization maps the sentiment of vaping-related tweets, branching from a central root into positive, negative, and neutral categories, with sub-branches for marketing, personal, and other content. The code loads hierarchical CSV data with `d3.csv`, structures it using `d3.stratify`, and computes the radial layout with `d3.tree`. Links are drawn using `d3.linkRadial`, while nodes are positioned via custom trigonometric functions. The SVG rendering applies light blue, semi-transparent strokes, and each leaf node displays a label with white-text shadowing for readability.

Mar 24, 2021

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Fork of RADIAL TREE 2

This radial tree visualizes the hierarchical structure of the Flare dataset, showing parent-child relationships as curved links emanating from a central root. The SVG rendering uses D3 v4’s `stratify` and `tree` layouts with `linkRadial` for path generation, mapping each node to an angular and radial position. Panning and zooming interactions are enabled via D3’s `zoom` behavior. Leaf nodes appear as gray circles, while internal nodes are darker, and text labels rotate to align with the radial layout. The data originates from a CSV file containing node IDs and values.

Mar 24, 2021