An algorithm that combine 19 differents tiles to a unique piece that may look like a motherboard.

There are 19 different tiles design, 6 styles, 32 Color Schemes and 4 specials features.

Pieces are generated by spreading the core tiles on the canvas plus an amount of processor is added. Finally, a finishing pass is made by smartly adding connector tiles where they are needed. Connector tiles have either 1,2,3 or 4 sides to connect with.

GENERATIVE FEATURES

Processor count

The more processor, the rarest

• 4 processors (≃35% of chance)
• 5 processors (≃25% of chance)
• 6 processors (≃15% of chance)
• 8 processors (≃10% of chance)
• 16 processors (≃5% of chance)

Color scheme

There are 32 different color schemes and 6 different filling style, Gradient, Textured, Stripes, Moiré, Flat and Op Art.

• randomly picked, all themes have the same probability of being picked

Filling style

Filling are distributed as follow :

• 14 Gradient (≃45% of total)
• 7 Texture (≃21% of total)
• 6 Flat (≃18% of total)
• 3 Moiré (≃10% of total)
• 1 Stripes (≃3% of total)
• 1 Op Art (≃3% of total)

Special Feature

3 themes have 2 special features, 18 themes have 1 special feature and 11 themes have 0 special features.

Features are distributed as follow :

• 18 color schemes are Animated (≃56% of total)
• 7 color schemes have no feature (≃21% of total)
• 4 color schemes have Grainy textures (≃12% of total)
• 2 color schemes are Alien (≃6% of total)
• 2 color schemes are Rusted (≃6% of total)
• 1 color schemes have Stars (≃3% of total)
• 1 color schemes have Heart (≃3% of total)

Tiles density

Tiles density is calculated regarding the amount of total tiles added and will be dependent of the tiles density of the core, processor and connector and will be either "Crowded", "Filed", "Mostly Filed", "Average", "Sparse", "Very Sparse" or "Scattered"

Credits

THREEJS

• @license
• Copyright 2010-2022 Three.js Authors
• SPDX-License-Identifier: MIT

LICENSE

NFT LICENSE Version 2.0