Top 15 Airports w.r.t. Origin using React+D3

Top 15 Airports w.r.t. Departures

This bar chart ranks the top 15 destination airports by number of departing flights, using IATA codes on the y-axis and flight counts on the x-axis. Each airport is color-coded, and a tooltip displays the exact airport code and flight count on hover. Built with Vega-Lite and D3 v5, it processes flight delay data from a CSV file, aggregating and filtering to isolate the top destinations. Custom axis styling, including tick color and font sizes, improves readability.

84% match

Top 15 Destination Airports

This bar chart displays the top 15 destination airports by flight count, using IATA codes on the y-axis and a linear scale for the number of departures on the x-axis. It highlights the most popular destination (ORD with 897 flights) and the least popular in the top 15 (BOS with 46 flights). Built with D3 v5, the visualization uses `d3.csv`, `d3.nest`, `scaleLinear`, `scaleBand`, and `axisBottom`/`axisLeft` to generate an SVG, with interactive tooltips shown on hover. Data comes from a Flight Delay Analysis Dataset hosted in a GitHub gist.

79% match

Interactive Dashboard showing various charts

This interactive dashboard presents a multifaceted analysis of flight delays using several D3.js charts. It includes a horizontal bar chart showing the top 15 destination airports by flight frequency, a stacked bar chart detailing average delay times and reasons for various airlines, and four donut charts that display the percentage of flights delayed (more or less than 15 minutes) by arrival, departure, airline, and origin airport. Built with D3 v5, the visualizations render as SVGs and incorporate interactive tooltips for detailed data inspection, with data sourced from a Flight Delay Analysis dataset.

[test] On-time performance of top-5 busiest airports in USA

This radial chart compares on-time performance across the five busiest US airports using D3 v5 and React. Monthly average departure delays are plotted along a circular time axis, with each airport shown as a distinct colored line. The visualization includes an interactive color legend that highlights a selected airport while fading the others, and angle tick marks label the months. Data comes from a CSV file loaded via d3.csv. The code uses d3.lineRadial with curveLinearClosed, d3.scaleTime, d3.scaleOrdinal, and d3.pointRadial for positioning.

XXinting Yao

Interactive Pie Chart showing percentage of flights delayed w.r.t Departure for each origin airport

This interactive donut chart visualizes the percentage of flights delayed relative to departure for each origin airport, with color saturation indicating the proportion of total delays. Hovering over a slice reveals the exact percentage of delay attributed to that airport in a tooltip. Built with D3 v5, the visualization uses `d3.pie` and `d3.arc` to generate the donut slices and `scaleOrdinal` for color mapping. Data comes from a Flight Delay Analysis dataset, loaded via `d3.csv` and aggregated using `d3.nest`.

[test] On-time performance of top-5 busiest airports in USA

This radial chart shows the on-time performance of the five busiest US airports, with each colored ring representing an airport’s average departure delay over time. The chart uses D3’s `scaleTime` for the angular axis and `scaleLinear` for the radial axis, with `lineRadial` and `curveLinearClosed` to draw the closed paths. An interactive color legend, built in React, filters and highlights each airport’s trajectory on hover. Data is loaded from a CSV file using D3’s `csv` parsing.

JJacob Whitt

Major U.S. Airports based on Departure Delay grouped by time of day(includes Pan & Zoom, Hover highlighting of state, Tooltips & Brushing with React Performance Optimization)

This visualization combines a map of major U.S. airports with a histogram of flight departure delays, grouped by hour of the day. Airports appear as semi-transparent circles scaled by departure delay, with hover tooltips showing city and state, and states highlighting on hover. The map supports pan and zoom via d3.zoom, while the histogram uses d3.brushX to filter the map data. React useMemo optimizes rendering, and the map uses d3.geoAlbersUsa with U.S. state boundaries from us-atlas. Data comes from a CSV of flight delays.

74% match