Full Fork of SVG Fundamentals - D3 (group)

Fork of Fork of Fork of SVG Fundamentals - D3

This example demonstrates a full-screen grid of horizontal and vertical bars revealed through two circular masks. The visualization uses D3’s `select`, `range`, and data joins to generate 100 rectangles in each orientation, with CSS masks defining a central circular viewport. Two SVG masks—one with a black background and white circle, another inverted—control which bar segments remain visible, creating a crosshatch pattern that fades at the edges. The rendering relies on the SVG `<mask>` element and D3’s `join` API.

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Fork of Fork of Fork of Fork of SVG Fundamentals - D3 (group)

This example demonstrates a grid-based pattern created by overlaying horizontal and vertical rectangles, each clipped by a circular mask to reveal a central window. The visualization uses D3’s `select`, `range`, `append`, and `join` APIs to generate 100 vertical and 100 horizontal bars, which are grouped in separate `<g>` elements. Two SVG masks (`circle-mask` and `circle-mask-2`) apply inverse coloring to the bars, producing a crosshatched effect that is visible only within the circular region. The code runs in React and renders fully with SVG, drawing on D3 version 7.6.1.

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Fork of SVG Fundamentals

Horizontal and vertical stripes cross an SVG canvas to form a grid, while two mask layers reveal or hide rows and columns based on overlapping d3 symbols. The code uses d3.select, range, join, and symbol to generate 100 rectangles in each direction, with masks built via d3.mask and inverted fills. Both masks position five symbol paths (from d3.symbols) across the center, controlling visibility of the striped pattern. The rendering relies entirely on SVG elements and D3’s data-join to create the layered visual effect.

GGeorgi Dimitrov

SVG Fundamentals

This example demonstrates SVG fundamentals by layering horizontal and vertical striped rectangles that intersect to create a grid, with two masks applied to each set of stripes. D3’s `select`, `range`, `symbol`, and `symbols` APIs generate the stripes and position symbol paths within the masks. The `mask1` and `mask2` masks, filled with black and white respectively, reveal or hide portions of the grid based on the symbol shapes, producing a dynamic interplay of light and dark geometric patterns across the full canvas.

SSubhendu Karmakar

SVG Fundamentals

SSubhendu Karmakar

Complete Sol LeWit Fork of SVG Fundamentals - D3 (group)

This example generates a grid of thin horizontal and vertical rectangles across the full screen, with each rectangle masked by one of two overlapping masks. The first mask uses white space around a black D3 symbol, while the second inverts that relationship, creating a woven intersection of shapes across the canvas. The code constructs the SVG using D3 selections, `range`, `join`, and the `symbol` API, with each mask defined by an SVG `mask` element. A React wrapper manages the page, and the visualization draws directly into the window-sized viewport.

Fork of Fork of SVG Fundamentals Horizontal Vertical

This example demonstrates how SVG mask elements create intersecting visual patterns from horizontal and vertical stripes. The code uses raw SVG APIs—`document.createElementNS`—to build a full-window canvas with 100 horizontal rectangles masked by a white circle and 100 vertical rectangles masked by a complementary mask. Each mask combines a solid fill with a central circle, revealing or hiding stripes to form a cross-shaped overlap at the center. The result layers two sets of lines that visually blend through the transparent mask regions.

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Function Fork of SVG Fundamentals - D3 (group)

This example demonstrates how SVG masks can create intricate grid patterns from overlapping horizontal and vertical rectangles. Using D3.js version 7, the code generates 100 rect elements in each direction, applying two distinct masks that feature D3's built-in symbol shapes. The `renderMask` function constructs each mask with a path for every symbol from the `d3.symbols` array, positioned horizontally across the canvas. A boolean parameter controls whether the mask is inverted, switching between black and white fills to produce contrasting effects on the final visualization.