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@TMoore24·4 public vizzes
An interactive time-series dashboard displays wind speed, wind gust, solar radiation, and wind direction data from the Fort Washakie weather station in Wyoming, loaded from a local JSON file. The main chart plots these four metrics as separate colored area charts, each with its own y-axis scale, while a smaller context chart below enables brushing to pan and zoom the focus view. Built with D3 v4, the visualization uses `d3.brushX` for the context selection, `d3.zoom` for panning, and `d3.area` with monotone curve interpolation to render the SVG paths.
This interactive D3.js visualization displays temperature, humidity, and precipitation trends over time for a Wyoming weather station, with the main chart incorporating zoom and pan controls via d3.zoom and a brushed context view using d3.brushX. Users can toggle each variable series on and off, and a modal help window explains the controls. The data is loaded from the MesoWest API as JSON, with SVG paths rendered using d3.area with monotone curve interpolation for each metric.
This visualization displays wind speed, wind gust, and solar radiation data from a Wyoming weather station over time. The main chart uses filled areas with black, red, and orange strokes, while a smaller context chart below enables brushing and zooming. Built with D3 v4, it employs d3.brushX and d3.zoom for interactive navigation. A modal help button explains touch gestures, and the data comes from a JSON file containing 15-minute interval observations.
Using D3.js v4 with an SVG rendering approach, this visualization displays multiple weather variables—air temperature, wind speed, wind gusts, wind direction, relative humidity, solar radiation, and precipitation—from a single weather station in Fort Washakie, Wyoming, over a 24-hour period. The chart employs multiple line series, each mapped to independent linear scales positioned on both the left and right axes to accommodate variable units, with a time scale along the x-axis. The data originates from a JSON file containing observational records from the station, and the code uses D3's time parsing, scale functions, and axis components to construct the plot.