Untitled

100%

✓ Published0🌍 Public

Aavesh1998

Last edited Jun 3, 2020

Created on Jun 3, 2020

This example displays two Google Charts visualizations side by side: a pie chart and a bar chart, both titled “How Much Pizza I Ate Last Night.” The charts present the same categorical dataset of pizza toppings with corresponding slice counts. The code uses the Google Charts loader and the `corechart` package to create a `DataTable`, then instantiates a `google.visualization.ScatterChart` (mislabeled as pie) and a `google.visualization.BarChart`. Each chart is drawn into a separate `div` element with predefined width and height options.

AI-generated description

A bare minimum HTML page.

Similar vizzes

Loading thumbnail…

Untitled

This example presents two scatter plots, one large and one small, using Google Charts. Both plots display six data points with x and y coordinates, rendered as an interactive scatter chart titled "Scatter Plot." The code loads the Google Charts library through a script tag and initializes the chart with the `google.visualization.arrayToDataTable` and `ScatterChart` APIs. A third scatter plot uses CanvasJS to visualize income versus savings data for 50 individuals, with custom axes and triangle markers.

Aavesh1998

85% match

Loading thumbnail…

Untitled

This example shows a scatter plot of income versus savings, with each data point representing one person. It uses Google Charts’ `google.visualization.ScatterChart` with `arrayToDataTable` in two different chart sizes, and additionally uses CanvasJS’s `CanvasJS.Chart` to render a scatter chart with triangular markers and custom axes, a legend, and a title. The CanvasJS version includes 50 manually specified data points and axis formatting.

Aavesh1998

78% match

Loading thumbnail…

Untitled

This example visualizes PlayStation 4 game sales with a pie chart, ranking titles like Grand Theft Auto V and Call of Duty: Black Ops 3 by global sales figures. It uses the Google Charts loader to load the corechart package and constructs the data table via `google.visualization.arrayToDataTable`. The chart is rendered into a fixed-size div using `google.visualization.PieChart`. The data appears as a static inline array, with each slice sized proportionally to the sales value listed.

TTejamod

77% match

Loading thumbnail…

Untitled

This example compares degrees awarded across five academic majors at two points in time using three Google Charts pie charts. It displays the original data before, the data after, and a computed difference between them. The code loads the Google Charts corechart package through `google.charts.load` and uses `google.visualization.arrayToDataTable` to format data. It creates separate `PieChart` instances for each view, with the third chart deriving its values via the `computeDiff` method to highlight changes. Data comes from hardcoded arrays rather than the accompanying users.csv file.

Mmanishabehera

76% match

Loading thumbnail…

Untitled

This example shows the mortality rates of several Asian countries and regions in a pie chart titled “Mortality in Asia,” with each slice labeled by its numeric death rate. The chart is rendered using Google Charts’ corechart package, loaded via the `google.charts.load` API, with data passed through `google.visualization.arrayToDataTable`. The code creates a `PieChart` and draws it into a fixed-size `<div>` element using React, though the visualization itself is a static HTML/JavaScript page.

Aamiralitah

75% match

Loading thumbnail…

Untitled

This example shows the distribution of response durations across seven time bins, from under one minute to over six minutes, with the largest share falling in the three-to-four-minute range. It renders a three-dimensional pie chart using the Google Charts loader and the `google.visualization.PieChart` API, setting `is3D` to true for the visual effect. The data is embedded directly in the page as an array passed to `google.visualization.arrayToDataTable`, and the chart is drawn into a fixed-width div. The title labels the chart “duration_ms,” though the axis categories use human-readable minute ranges.

Yyujun12689

74% match

Loading thumbnail…

Untitled

This interactive 3D pie chart visualizes the distribution of popularity scores, segmented into ten ranges from 0–10 to 90–100, with case counts shown for each bin. The chart uses Google Charts’ `loader.js` and `visualization.PieChart` API, with options enabling an `is3D` effect. Rendered at 900 by 500 pixels, it draws data from a static array of [popularity, cases] pairs, titled “POPULARITY.”

Yyujun12689

74% match

Loading thumbnail…

Untitled

This example presents a static SVG pie chart inside a centered HTML layout, rendering data slices with D3.js version 5.7.0. The chart uses the `d3.pie` API to compute arc paths, which are then drawn as SVG `path` elements within a 960×500 viewport. The visualization is styled via an external `pie.css` stylesheet, while the JavaScript logic resides in a bundled `pie_bundle.js` file. The chart displays categorical proportions directly, with no interactivity or animation, relying solely on D3’s arc generation and SVG rendering.

TTharun2022

74% match