Scatter Plot with Missing Data

Simple Scatter Plot

A simple scatter plot visualizes bill length against flipper length for individual penguins from the Penguins Dataset. The plot uses D3 scales to map data values to x and y axes, with each point rendered as a semi-transparent circle. The visualization includes axis labels and a gray inner rectangle behind the data. The code leverages D3's `select`, `scaleLinear`, and `extent` functions to handle the data binding and coordinate mapping.

CCurran Kelleher

86% match

Responsive Scatter Plot

This responsive scatter plot visualizes the relationship between bill length and flipper length in penguins, using data from the `@curran/penguins` package. The plot filters out rows with missing values before rendering circles with opacity and radius determined by the code. Built with D3's `scaleLinear` and `axes` from `@curran/responsive-axes`, it dynamically adjusts its width and height to fit its container using `observeResize`. The chart includes labeled axes, a gray inner rectangle, and updates interactively as the viewport changes.

CCurran Kelleher

84% match

Penguin Scatter Plot

This scatter plot uses the D3.js library to visualize the relationship between bill length and flipper length for penguins from the Palmer Archipelago dataset. The plot renders gray circles with reduced opacity, allowing overlapping points to remain visible. The axes are labeled “Bill Length (mm)” and “Flipper Length (mm),” and the plot includes a light gray background rectangle to delineate the inner plotting area. The code leverages D3’s `scaleLinear`, `extent`, `axisLeft`, and custom axis-label helpers to position the chart elements.

SSubhendu Karmakar

83% match

Fork of Responsive Scatter Plot

This example shows the relationship between bill length and flipper length in penguins, with each circle representing an individual bird and its species identifiable by color. The plot uses a responsive layout that adapts to the container size via `observeResize`, recalculating the SVG dimensions accordingly. The visualization filters out rows with missing measurements, then applies `d3.scaleLinear` for both axes and renders the data points as semi-transparent circles. It leverages the `@curran/responsive-axes` library to draw labeled axes and a light gray inner rectangle behind the plotting area. Data comes from the `@curran/penguins` dataset, which includes species, island, and morphometric measurements.

Fork of Responsive Scatter Plot

This example shows the relationship between bill length and flipper length in penguins, with each circle representing an individual bird and its species identifiable by color. The plot uses a responsive layout that adapts to the container size via `observeResize`, recalculating the SVG dimensions accordingly. The visualization filters out rows with missing measurements, then applies `d3.scaleLinear` for both axes and renders the data points as semi-transparent circles. It leverages the `@curran/responsive-axes` library to draw labeled axes and a light gray inner rectangle behind the plotting area. Data comes from the `@curran/penguins` dataset, which includes species, island, and morphometric measurements.

Fork of Responsive Scatter Plot

This example shows the relationship between bill length and flipper length in penguins, with each circle representing an individual bird and its species identifiable by color. The plot uses a responsive layout that adapts to the container size via `observeResize`, recalculating the SVG dimensions accordingly. The visualization filters out rows with missing measurements, then applies `d3.scaleLinear` for both axes and renders the data points as semi-transparent circles. It leverages the `@curran/responsive-axes` library to draw labeled axes and a light gray inner rectangle behind the plotting area. Data comes from the `@curran/penguins` dataset, which includes species, island, and morphometric measurements.

Fork of Responsive Scatter Plot

This example shows the relationship between bill length and flipper length in penguins, with each circle representing an individual bird and its species identifiable by color. The plot uses a responsive layout that adapts to the container size via `observeResize`, recalculating the SVG dimensions accordingly. The visualization filters out rows with missing measurements, then applies `d3.scaleLinear` for both axes and renders the data points as semi-transparent circles. It leverages the `@curran/responsive-axes` library to draw labeled axes and a light gray inner rectangle behind the plotting area. Data comes from the `@curran/penguins` dataset, which includes species, island, and morphometric measurements.