Challenge

Fork of Simple Scatter Plot

This example is a fork of a simple scatter plot that visualizes the Penguins Dataset, showing the relationship between bill length and flipper length. The plot uses D3's `scaleLinear` for axes and `extent` for data ranges, with the `viz` module handling axis labels and rendering circles with configurable radius and opacity. The chart displays each penguin as a semi-transparent point on a light gray background, with labeled axes for both measurements. The code is designed to be easily modified for other datasets by changing the data source and value functions.

Pprint("Ayush")

Oownerofthesoul0000@gmail.com

Fork of Simple Scatter Plot

This example visualizes the Penguins Dataset by plotting bill length against flipper length. Each circle represents a penguin, with its position determined by these two measurements, and the semi-transparent teal fill reveals overlapping data points. The visualization is built with D3, using `scaleLinear`, `extent`, and axis label helpers to render the scatter plot. It also incorporates `observeResize` from `@RelaxingSoul/res-axis` to handle responsive dimensions, and the SVG elements are managed through D3's `select` and `join` methods.

Fork of Simple Scatter Plot

This example visualizes the relationship between bill length and flipper length for penguins, with each circle representing an individual penguin. The scatter plot uses a light gray background for the plotting area and semi-transparent circles to show data density. The code uses d3's `scaleLinear` for axis scaling, `extent` for data range calculation, and axis label functions from the `@curran/axis-labels` library. Data comes from the `@curran/penguins` dataset, and the visualization is built using declarative D3 joins.

Eedw.ext@gmail.com

Eevonne0930.cs11@nycu.edu.tw

Fork of Simple Scatter Plot

This scatter plot visualizes the Penguins Dataset, showing the relationship between bill length and flipper length across individual penguin specimens. The visualization uses D3.js to render circles scaled through `scaleLinear` and positioned on Cartesian axes, with axis labels added via the `@curran/axis-labels` package. The implementation separates layout configuration from rendering through a reusable `viz` function that handles axis generation, inner rectangle fill, and circle opacity. Data is loaded from `@curran/penguins`, mapping specific dataset fields to x and y coordinates.

Fork of Simple Scatter Plot

This example displays the relationship between bill length and flipper length in the Penguins dataset, plotting each penguin as a semi-transparent circle that reveals the overall distribution and correlation between the two measurements. The visualization uses D3.js, leveraging functions like `scaleLinear` for axis scaling, `axisLeft` for the y-axis, and the custom `viz` function to render axes, labels, and data points. The code implements a scatter plot programmatically, importing the dataset from `@curran/penguins` and styling the plot with a light gray inner rectangle and adjustable circle radius and opacity.

MMahbub hussain

Fork of Simple Scatter Plot

This scatter plot visualizes the Penguins dataset from @curran/penguins, mapping bill length against flipper length. It uses D3 scales (scaleLinear), axis-labels from @curran/axis-labels, and SVGs rendered via d3.select. Points are drawn as circles with fixed radius and opacity, positioned using the xValue and yValue accessors. The inner rectangle fill and margins define the chart’s layout. The code is a fork meant for adaptation to other datasets.

Eeschuman20@gmail.com

Fork of Simple Scatter Plot

This example demonstrates a scatter plot of the Penguins dataset, displaying bill length against flipper length for individual penguins. The visualization is rendered using D3.js primitives like `select` and `join` to create SVG elements, with scales and axes computed via `scaleLinear` and `axisLeft`. The plot includes labeled axes and a gray inner rectangle to frame the data points, which are drawn as semi-transparent circles. The code structure separates the rendering logic into a customizable `viz` function, making it easy to adapt the chart for other datasets.

Xx900.cs11@nycu.edu.tw

Ssanthoshdachepally333@gmail.com

Fork of Fork of Simple Scatter Plot

This scatter plot visualizes the relationship between bill length and flipper length in penguins, using data from the Palmer Penguins dataset. Each circle represents an individual penguin, with a gray interior rectangle framing the plotting area. The visualization is built using D3.js v7, employing `scaleLinear` for axes, `extent` to compute data domains, and `selectAll().join()` patterns for rendering SVG elements. Axes and labels are added via the `@curran/axis-labels` library, while styling parameters such as circle radius and opacity are configured through the main script.