Skip to main content
100%

Multi-Series Line Chart

✓ Published0🌍 Public
ZZoeLeBlanc
Last edited Aug 23, 2018
Created on Jul 18, 2018

This multi-series line chart visualizes daily average temperatures for New York, San Francisco, and Austin over the last year. It uses a TSV file as the data source, parsed with d3.tsv, and encodes date on the x-axis with a time scale, temperature on the y-axis with a linear scale, and city using the categorical color scale d3.category10. The visualization applies conventional margins, computes axis domains with d3.extent, d3.min, and d3.max, derives column names via d3.keys, and renders the lines with d3.svg.line. Axes are displayed with d3.svg.axis, and the chart includes an animated transition to show the data being drawn.

AI-generated description

This line chart is constructed from a TSV file storing the daily average temperatures of New York, San Francisco and Austin over the last year. The chart employs conventional margins and a number of D3 features:

forked from <a href='http://bl.ocks.org/mbostock/'>mbostock</a>'s block: <a href='http://bl.ocks.org/mbostock/3884955'>Multi-Series Line Chart</a>

gpl-3.0 Licensed

Similar vizzes

Loading thumbnail…

Multi-Series Line Chart

This multi-series line chart visualizes daily average temperatures for New York, San Francisco, and Austin over the course of a year, with each city represented by a distinct colored line from the d3.scale.category10 palette. The visualization uses a TSV dataset parsed with d3.tsv, encodes dates on the x-axis via d3.time.scale, temperature on the y-axis via d3.scale.linear, and uses d3.svg.line to render the three temperature curves. Conventional margins frame the chart, while axes are drawn with d3.svg.axis, and the color scale maps each city to a unique line color. The data domains are computed using d3.extent, d3.min, and d3.max, with column names derived via d3.keys. The visualization is rendered in SVG.

ZZZSharkUSF
97% match
Loading thumbnail…

Multi-Series Line Chart

This multi-series line chart visualizes daily average temperatures for New York, San Francisco, and Austin over a year, with each city’s time series drawn as a separate colored line. Data is loaded from a TSV file using d3.tsv, with dates parsed via d3.time.format and the x-position encoded on a time scale. The y-position uses a linear scale, and color encoding is handled by d3.scale.category10. The chart computes its domains with d3.extent, d3.min and d3.max, derives column names via d3.keys, renders axes with d3.svg.axis, and draws each series with d3.svg.line. Conventional margins frame the SVG visualization.

AAlexDovgan
97% match
Loading thumbnail…

Multi-Series Line Chart

This multi-series line chart displays daily average temperatures for New York, San Francisco, and Austin over one year, loaded from a TSV file via d3.tsv. The visualization uses d3.time.scale for the x-axis, d3.scale.linear for the y-axis, d3.scale.category10 for color encoding, and d3.svg.line with basis interpolation to draw each city’s temperature trend. Axes are rendered with d3.svg.axis, while d3.extent, d3.min, and d3.max compute the domains. City labels appear at the end of each line, and the SVG output uses conventional margins.

CCdcole
97% match
Loading thumbnail…

Multi-Series Line Chart

This multi-series line chart displays daily average temperatures for New York, San Francisco, and Austin over one year, using color to distinguish each city's trend. The visualization encodes dates on the x-axis via `d3.time.scale` and temperatures on the y-axis via `d3.scale.linear`, with `d3.svg.axis` rendering the axes. Data is loaded from a TSV file using `d3.tsv`, and each city’s line is drawn with `d3.svg.line`, colored by `d3.scale.category10`. The chart uses conventional margins and an SVG rendering approach, with city labels placed at the final data point.

CCdcole
97% match
Loading thumbnail…

Multi-Series Line Chart

This multi-series line chart visualizes daily average temperatures for New York, San Francisco, and Austin over a year, using data loaded from a TSV file via d3.tsv. The visualization employs d3.time.scale for the x-axis, d3.scale.linear for the y-axis, and d3.scale.category10 for color encoding of the three cities. It demonstrates d3.extent, d3.min, and d3.max for domain computation, d3.keys to extract series names, and d3.svg.axis with d3.svg.line to render axes and the smoothed temperature lines for each city.

HHelenHChen
97% match
Loading thumbnail…

Multi-Series Line Chart

This multi-series line chart displays daily average temperatures for New York, San Francisco, and Austin over a year, sourced from a TSV file. Each city’s temperature trend is drawn as a colored line, with points highlighted by circles and extreme values (below 20° or above 89°) labeled directly on the plot. The visualization uses D3 v4 APIs such as `d3.tsv` for data parsing, `d3.timeParse` for date handling, `d3.scaleTime`, `d3.scaleLinear`, `d3.scaleOrdinal` and `d3.schemeCategory10` for encoding, and `d3.line` with SVG paths to render the series.

CCatherine-Yu
97% match
Loading thumbnail…

Multi-Series Line Chart

This multi-series line chart visualizes daily average temperatures for New York, San Francisco, and Austin over a year, with three colored lines plotted against a time-based x-axis and a temperature y-axis. The visualization is built with D3 v3 and rendered as SVG, using conventional margins. It loads data from a TSV file via d3.tsv and leverages d3.time.format to parse dates, d3.time.scale for the x-position, d3.scale.linear for the y-position, and d3.scale.category10 for color encoding. Domains are computed with d3.extent, d3.min, and d3.max, while column names are derived using d3.keys. Axes are rendered with d3.svg.axis and the lines with d3.svg.line. The chart illustrates seasonal temperature variations across the three cities over a year, with each line distinguished by color.

HHelenHChen
97% match
Loading thumbnail…

Multi-Series Line Chart

The visualization displays daily average temperatures over one year for New York, San Francisco, and Austin as three multi-series lines. Each city’s line is encoded by color across a time-scale x-axis and linear y-axis in degrees Fahrenheit. The chart loads a TSV file with d3.tsv, parses dates using d3.timeParse, and computes domains with d3.extent, d3.min, and d3.max. It renders axes via d3.axisBottom and d3.axisLeft, and draws the smoothed lines with d3.line using d3.curveBasis.

CCatherine-Yu
96% match