Generations presents open-form, a new genre of generative art inspired by Darwinism. Organisms evolve through slight genetic mutations each generation, determined by human selection through algorithms. The project evolves continuously, supported by the FXH Protocol, allowing for upgrades and new ideas. Organisms are developed using graph permutations, initiating from a self-linked single node. These permutations encode DNA with rules that shape growth. Cells within organisms are activated by executing specific instructions encoded in their DNA, facilitating dynamic behaviors throughout their evolutionary process.
Generations serves as an introduction to open-form, a genre of generative art inspired by Darwinism and natural selection, which explores new behaviors via algorithmic evolution.
In this project, organisms receive slightly mutated DNA across generations, where human selection through social exploration determines which mutations thrive, unlike natural selection.
The FXH Protocol allows continuous upgrades to the project code, enabling ongoing development of Generations, pushing its boundaries within the open-form medium.
Organisms are generated through graph permutations, applying specific rules to create links and nodes, where cells are activated by executing their encoded bytecode.
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