Skip to main content
SimilarExport ZIP
100%

Flowers

✓ Published5🌍 Public
NNita
Last edited Mar 16, 2020
Created on Mar 16, 2020
Forked from Flowers

A field of abstract flower shapes fills the screen, each rendered as an SVG path from a shared definition and colored by a dynamic RGB fill. The React app maps 300 index values to random translations and scales, producing a scattered, overlapping garden. The gradient background, defined in CSS, transitions from red through black, while the code uses the `feDropShadow` filter to add depth to each petal-like path.

AI-generated description

React Starter code.

MIT Licensed

Similar vizzes

Loading thumbnail…

Flowers

Five hundred randomly scattered flower shapes fill the screen against a rainbow gradient background. Each SVG path is drawn with a complex bezier curve and colored with a dynamic RGB fill that varies by index. The React app maps over an array of indices, translating and scaling each flower to random positions while applying a shadow filter.

NNita
94% match
Loading thumbnail…

Flowers

Five hundred randomly scattered flower shapes fill the screen against a rainbow gradient background. Each SVG path is drawn with a complex bezier curve and colored with a dynamic RGB fill that varies by index. The React app maps over an array of indices, translating and scaling each flower to random positions while applying a shadow filter.

NNita
94% match
Loading thumbnail…

Flowers

Hundreds of petal-like SVG paths overlap in a radial arrangement, creating a dense, colorful field of abstract flowers against a red-to-blue gradient background. The React application generates 300 path instances, each randomly translated and colored via RGB values computed from iteration index and random factors. The rendering relies on React's `createElement` and SVG `<path>` elements, with a `feDropShadow` filter from the SVG specification applied to each shape for depth.

NNita
92% match
Loading thumbnail…

Flowers

A field of 200 randomly placed, translucent flower shapes fills the SVG canvas, each with a shadow filter applied. The flowers are rendered using React, with each shape’s fill color varying based on its index and random values, creating a colorful, scattered pattern. The code maps over an array to generate multiple `<Path>` elements, using a predefined SVG path for the flower outline and applying random translations and scaling.

NNita
92% match
Loading thumbnail…

Flowers

A generative flower field fills the screen with hundreds of randomly placed, rotated elliptical blooms on a green-to-black gradient background. Each flower consists of two overlapping ellipses that form a four-petaled shape, along with a central circle, all rendered as SVG elements via React components. The code uses React’s `useState` implicitly through array mapping, and employs an SVG `<filter>` with `feDropShadow` for depth, while colors are computed procedurally from an index-based gradient.

NNita
92% match
Loading thumbnail…

Flowers

Three hundred randomly positioned flower-shaped SVG paths bloom against a multicolored gradient background that shifts from red through black. Each petal-like path is rendered with a semi-transparent fill whose RGB values are generated procedurally from the index and random multipliers, creating varied color hues across the composition. The paths use a drop-shadow filter with a large blur and offset. The visualization is built with React and ReactDOM, with each flower defined in a reusable `Path` component, mapped over an array to generate the full scene.

NNita
91% match
Loading thumbnail…

Flowers

Hundreds of pink and purple flower shapes are scattered across a multicolored gradient background that shifts from red through orange, yellow, and green to black. Each flower is a complex SVG path element rendered with React, with random positioning and coloring generated from looped array calculations. The shapes use an SVG filter with a large drop shadow to create depth. The code relies on React's component structure and SVG rendering, with the Path component defining the flower geometry.

NNita
91% match
Loading thumbnail…

Flowers

Hundreds of randomly placed, semi-transparent flower-like SVG paths fill a black canvas, each scaled and tinted with a unique color derived from its index. The visualization uses React to render the shapes, with a custom `Path` component defining the complex floral outline. A `feDropShadow` filter adds depth, while the `index.js` script generates 300 instances with random translations and color values.

NNita
91% match