Skip to main content
SimilarExport ZIP
100%

Task-3 5 Buddhas

✓ Published0🌍 Public
HHarika Metta
Last edited Mar 19, 2024
Created on Mar 19, 2024

Five overlaid, semi-transparent polygon clusters are generated by nested mappings over an array of values, producing randomly positioned and colored squares. Each polygon is rotated 45 degrees and rendered with an SVG fill based on randomly generated RGB values, with a green background and a large text label. The composition appears to be a multi-layered, overlapping abstract geometry study.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

Task 3 - 5 Buddhas

This visualization presents a dense, abstract composition of randomly generated, overlapping diamond shapes, rendered in vivid neon colors against a black background. Built with React and SVG, it layers thousands of semi-transparent polygons with erratic positioning and rotation, creating a psychedelic, noisy field of geometry. The work title references the source material, an original “Buddha in colors” design, though the final output here is a highly generative and chaotic pattern. The rendering uses React's declarative approach to generate nested loops, producing a grid-like cluster of diamonds that overlap with unpredictable color and placement. The minimalist HTML/CSS shell keeps the focus entirely on the layered, kaleidoscopic SVG shapes.

Pprava.ratan@gmail.com
88% match
Loading thumbnail…

5 Buddhas

Five concentric diamond-shaped polygons overlap in chaotic, randomized patterns, each rotated 45 degrees and filled with bright, translucent RGB colors. Built with React and rendered as SVG, the visualization uses nested array maps to generate hundreds of polygon elements, with coordinates and colors derived from repeated `Math.random()` calls. The composition layers a detailed Buddha path figure at the center, creating a dense, psychedelic collage against a black background.

MMounishAllam@my.unt.edu
87% match
Loading thumbnail…

5 Buddhas

5 Buddhas uses React to render an SVG of five randomly generated polygon clusters, with each polygon’s points, fill color, and rotation determined by a series of nested Array.map iterations over the numbers 0 through 20. The `Math.random()` calls produce unpredictable coordinates and RGB values, resulting in a chaotic, generative composition of overlapping diamond shapes on a black background. A single Buddha path is layered on top and transformed with translation and scaling, anchoring the piece. The code also includes commented-out logic for computing cubic values and a console log, hinting at an exploratory process behind the visual.

Sshraehithareddy@gmail.com
87% match
Loading thumbnail…

5 Buddhas - Polygon

The visualization shows five overlapping Buddha silhouettes, each rendered in a distinct color and arranged within an SVG canvas. Behind them, a field of randomly generated, semi-transparent polygons is drawn, each rotated 45 degrees and filled with RGB values computed from random calculations. Built with React and rendered through SVG, the code uses the `map` function to generate hundreds of polygon elements, while the Buddha shape itself is defined by a complex path data string, layered onto the chaotic geometric background.

PPothuguntla Pranitha
87% match
Loading thumbnail…

5 buddhas

Overlapping, translucent polygons form a colorful abstract composition, with the title referencing five buddhas through repeated numerical patterns. The visualization is built with React and renders SVG elements, including a large embedded path that defines a figurative shape. The code generates the polygons programmatically using JavaScript’s `Math.random` and applies rotations and color variations. A black background isolates the layered forms, while the SVG path provides a structured centerpiece amid the chaotic overlay.

Rrohitpotluri@my.unt.edu
87% match
Loading thumbnail…

5 Buddhas

Five overlapping triangular buddha figures in vivid colors float over a black background, each built from hundreds of semi-transparent polygons rendered with React and SVG. The application maps nested arrays to generate diamond-shaped elements with randomized coordinates, sizes, rotations, and RGB fill values, creating a dense, kaleidoscopic composition. A large geometric path traces a buddha silhouette, while repeated transformations and opacity settings layer the forms for visual depth.

Hharsha13638@gmail.com
87% match
Loading thumbnail…

5 Buddhas

Five semi-transparent, multi-colored Buddha silhouettes overlap in a grid, each constructed from scattered diamond-shaped polygons with randomized positions, colors, and rotations. The SVG is rendered with React, mapping a numeric array to generate the polygon lattice, while the large central Buddha path is drawn with a scale transform and layered beneath the abstract pattern.

Kkamarthyharini24@gmail.com
87% match
Loading thumbnail…

5 Buddhas

Five large diamond-shaped Buddha silhouettes overlap on a black field, each rendered as a hexagonal outline filled with randomized, saturated colors. The composition uses five nested iterations of the same polygon geometry, with each point’s position, fill, and rotation determined by multiplying array values with `Math.random()`. Built with React and SVG, the code maps over nested arrays to generate hundreds of translucent polygons, blending into a dense, chaotic mandala-like pattern.

MMandadi Nishita
87% match