CS 360 Assignment 7 - Adjacency Matrix in d3

100%

CS 360 Assignment 7 - Adjacency Matrix in d3

✓ Published0🌍 Public

Last edited Apr 2, 2022

Created on Mar 29, 2022

This example visualizes the Zachary Karate Club dataset as an adjacency matrix, displaying the 34 members and their 78 connections. Each cell represents a potential edge between two nodes, with fill opacity proportional to edge weight. The visualization uses d3.v3’s `d3.svg.axis` for ordinal axes and SVG `rect` elements for matrix cells. Data loading uses `d3.csv` with a `queue()` helper to parse node and edge lists from separate CSV files. Interactive highlighting is implemented through `mouseover` events that emphasize entire rows and columns.

AI-generated description

A bare minimum HTML page demonstrating use of CSS and JavaScript.

Similar vizzes

Loading thumbnail…

A8 - adjacency matrix representation

This example visualizes the Zachary Karate Club dataset as an adjacency matrix, displaying node connections as a grid of orange squares. Each row and column represents a node, with filled cells indicating edges between nodes. Hovering over a cell highlights its corresponding row and column, while a tooltip reveals the edge's source-target pair. The code uses D3.js v7 (d3.csv, d3.select) to load the data and render the SVG elements, positioning cells via x and y attributes. A static tooltip appears in the corner, and the visualization includes no interactive filtering or animation.

DDuc Pham

86% match

Loading thumbnail…

d3 adjacency matrix (soc dataset)

This adjacency matrix visualization displays the Zachary Karate Club network, showing friendships among 34 club members. Each cell indicates whether a connection exists between a pair of nodes, with turquoise representing linked pairs and black representing unlinked ones. Built with d3.v7, the code loads CSV data and uses `d3.scaleBand` to map nodes to both axes, rendering labeled rectangles as SVG elements. Interactive hovering reveals source-target details and link status, while highlighting the corresponding row and column with animated stroke changes. The tooltip appears on mouseover with a transition effect.

AAndrew

86% match

Loading thumbnail…

CS 360 Assignment 7 - Force Directed Graph in d3

This visualization shows a node-link diagram of the Zachary Karate Club social network, with nodes representing members and edges representing their interactions. A force-directed layout positions the nodes as the simulation runs, with each node colored via a categorical scale and displaying its ID on mouseover. The code uses d3.forceSimulation with d3.forceLink, d3.forceManyBody, and d3.forceCenter to drive the layout, rendering SVG circles and lines that update on every tick. Data comes from the SOC-KARATE dataset loaded as CSV, with interaction handling and color assignment based on node IDs.

SSean Sanchez

81% match

Loading thumbnail…

adjacency matrix

This adjacency matrix visualization uses a grid of colored cells to show connections between individuals in a social network, with darker orange cells indicating stronger relationships. The code loads node and edge data from CSV files, then constructs a matrix where each row and column represents a person, and cell opacity reflects edge weights. Built with D3.js v4, it renders SVG rectangles for the matrix cells, labels axes with node names, and highlights rows and columns on mouseover. The example uses D3’s selection, data binding, and event handling APIs to create an interactive overview of pairwise relationships.

663anp3ca

80% match

Loading thumbnail…

Adjacency Matrix

This example visualizes the adjacency relationships in a network as a matrix, where rows and columns correspond to nodes and colored cells indicate the presence of a link. The code uses D3.js v6 to load CSV data from a GitHub gist, constructs a square grid of rectangles sized 17x17 pixels, and encodes edge weights via fill opacity. Interactive mouseover events highlight the entire row and column of a hovered cell and display a tooltip with the link ID. Node labels are rendered as text along both axes.

PPranay Matalia

80% match

Loading thumbnail…

A8 - Adjacency Matrix

This adjacency matrix visualizes directed relationships between 34 nodes, using D3.js to render SVG rectangles that represent connections from the dataset’s source-target pairs. Green cells mark edges, while black diagonal cells highlight symmetry, and a mouseover interaction highlights the corresponding row and column by thickening strokes and turning the hovered cell yellow. The code loads data from a CSV file, builds the matrix with fixed cell dimensions, and includes legend headers and labels for student IDs. The visualization effectively reveals network structure through a traditional matrix layout.

RRavneet Singh Bhatia

78% match

Loading thumbnail…

A8 Adjacency Matrix in D3

This example shows a square adjacency matrix for the soc-hitech network, with pink cells marking directed connections (source to target) and white cells indicating no edge. Hovering over a pink cell turns it orange and reveals the node pair via a tooltip. The visualization is built with D3 v7, using vanilla JavaScript to parse the CSV file and construct the matrix, then rendering it as SVG rectangles. Row and column labels display the numeric node IDs, while a fixed cell size and margins make the full-screen layout readable.

EEric Yao

78% match

Loading thumbnail…

Fork of Adjacency Matrix Using D3

This example presents a static adjacency matrix of a small, 20-node social network derived from the Network Repository’s high-tech firm dataset. The visualization uses a grid of colored rectangles, where cell color encodes edge weight (light gray for zero, yellow for low, orange for medium, and red for high values). The visualization is built using d3.scaleBand for axis positioning, d3.select for SVG rendering, and d3.csv to load the edge data. The code includes an interactive tooltip that appears on mouseover, showing the source, target, and value of each edge. The rendering uses an SVG canvas with row and column labels, and the tooltip is implemented using D3 transitions for opacity changes.

HHaili0109

78% match