Share links to interesting worlds obtained in the app

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Play with the simulation hyperparameters in the live demo and copy links to interesting worlds here.

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• Old default config
• Current default config
• Attempt to create DNA-like structures
• Complex symmetrical moving molecules, beautiful polymers, 5 types of particles, more dynamic variant, another dynamic variant
• A lot of similar moving compounds, polymers, 3 types of particles
• Balls with needles and tails, 5 types of particles, different radii
• Moving branching polymers, symmetric molecules, 4 types of particles, more dynamic variant
• Dynamic world with a variety of molecules and a large number of stable symmetric structures and free radicals, 6 types of particles, another frequencies
• A lot of similar oscillators, 5 types of particles
• Complex star-like particles with DNA-like subconnections, 6 types of particles, another modification for 3D, composed variant, 9 types, another composed variant, 11 types, double composed variant, 12 types, composed variant, 11 types, very dynamic composed variant with free radicals, 12 types, another variant, another variant
• Complex symmetric structures, dynamic world, 4 types of particles
• Dynamic world with lots of symmetrical molecules and polymers, 8 types of particles
• Dynamic, symmetric, cyclic polymers, 4 types of particles, 10 types modification
• Big complex symmetric molecules, free radicals, 7 types of particles
• A very diverse world, 8 types of particles
• Spinning wheels, another symmetric oscillators, 5 types of particles
• Complex various polymers, 5 types of particles
• Long polymer molecules, free radicals, 5 types of particles
• 3D macro molecules, 5 types
• Found by genetic, 3 types of particles

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Low-types configurations

• Smooth config, static, 2 types, +1 type, another +1 type
• Triangle polymers, 2 types
• Long branching chains, 3 types
• Free radicals blank, 4 types
• Serpentine worms, 2 types
• Moving symmetrical molecules, 3 types
• Simple polymers, 3 types, + free radical, 4 types
• Long branching polymers, 2 types
• Star-like, 2 types, more dynamic, +1 type
• Branches and polygons, static, partial symmetry, 2 types
• Branching polymers, 2 types
• Very unstable dynamic chain polymers, 3 types, more dynamic variant, 3 types
• Branching and cyclic polymers, 2 types
• Branching spikelets, static, 2 types
• Star-like, symmetric, dynamic, 2 types
• Dynamic smooth polymers, 3 types
• Very dynamic, symmetric, cyclic polymers, 4 types
• Bush-like polymers, 3 types
• Long polymers, symmetrics structures, gliders, 3 types
• Long isomeric polymers, 4 types
• Transforming gliders, 3 types, another modification, more insteresting, 3 types
• Long branching polymer chains, 2 types
• Complex unstable structures, dynamic world, 2 types
• DNA-like branching chains, 3 types
• Seas stars conglomerates, metabolism, 3 types
• New low-dynamic smooth, 2 types
• Chains with terminators, 2 types
• Chains and circles with branches and double receptors, 2 types
• Big polymer loops, 2 types
• Honeycomb polymer chains and loops, 2 types
• Symmetric force matrices, wide variety of compounds, dynamics, 3 types
• Dynamic gliders and polymers, 3 types, another variant
• Chains, loops and gliders, 2 types, more dynamics by elastic factor, 2 types
• Rather big gliders, long chains, a lot of various symmetric structures, 3 types
• Doubled parallel chains and loops, static, 2 types
• RNA-like, 3 types
• Lots of various symmetric compounds, long chains, static, 3 types
• Complex branching polymers, DNA-like, found by genetic, 2 types

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• DNA-like structures, static, 4 types of particles, +1 type, 5 types of particles, more dynamic variant with free radicals, another dynamic variant with free radicals, 6 types, composed variant, 11 types, another composed variant, composed variant, 11 types (5+6), composed variant (5+5 types), composed variant (5+5 types), composed variant (5+5 types), composed variant (5+5 types), composed variant, 7 types (4+3)
• Modification of previous, another variant, another variant
• Long dynamic chains, 5 types of particles
• Complex structures, complex reactions, 8 types
• DNA-like structures, free radicals, 11 types of particles (composed 5+6), big world, pure variant without free radicals, 6 types, another free radicals configuration, 8 types, + universal free radical and universal protector, 11 types, aggressive free radical, 5 types, + protector, 6 types, another variant with universal free radicals and protectors, 6 types, another interesting variant, variant with self-connected protector, accelerator type added, 7 types, double composed variant, 14 types (7+7), another double composed variant
• DNA-like structures, static, duplicated type, 5 types, modified variant, free radicals, 6 types

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• Flower-like molecules, composed world, 5 types (3+2), more dynamic variant
• DNA-like structures, 2 types of receptors, symmetric starships, 5 types
• Cores dynamically connects to chains receptors, composed with DNA-like, 8 types (4+4)
• Polymer chains with receptors, 5 types, reduced variant, 3 types
• A lot of various symmetric moving molecules, composed, 10 types (5+5), reduced variant, 6 types, reduced variant, 5 types, very dynamic variant, maybe default?
• Branching star-like, composed primitives, 4 types (2+2)
• Symmetric starships, composed variant (2+2), 4 types
• Interesting world, complex structures, interesting behavior, 5, types, more dynamic variant, 5 types, another dynamic variant, 5 types, symmetric, starships version, 5 types, more long polymers variant, 5 types
• A lot of various gliders and chains, 5 types
• Cells with membranes, 5 types
• Branching gliders and polymers, breaking links, 5 types
• A lot of similar symmetric compounds, some variety, 5 types
• A lot of various gliders, dynamic world, 5 types
• Dynamic poymers, interesting behavior of metamorphosis, 5 types

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Star-like

• Star-like molecules, modified version, 6 types, free radical added, 7 types
• Star-like composed variant, 10 types (6+4), free radical added, 11 types, another interesting variant, 12 types, perspective variant 2, 11 types
• Star-like molecules, big free radicals, composed, 8 types (6+2), more argessive, another frequencies
• Star-like simplified, replicating starships, 8 types, more simplified, 6 types, more dynamic variant, less number of free radicals
• +1 type, more variaty, 7 types, another variant
• Star-like (snowflakes-like) quadro composed with reducing variant, 12 types (8+8-4)
• Composed with star-like, long chains, 9 types (6+3)

Star-like (full synthetic)

• Star-like full synthetic moving molecules, 4 types, more perspective modification
• Composed: Synthetic star-like and DNA-like, 9 types (4+5), another variant, 9 types, symmetric compounds variant

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Star-like (the most perspective)

• Star-like double composed with reduction, gradual metamorphoses, nuclear links modification, free radicals, 8 types (6+2), dynamics maximized, 8 types, extended variant, +1 type, 9 types
• composed with DNA-like configuration, symmetric cyclic polymers, 11 types, nuclear links modification, 11 types, more dynamic, 11 types, self-separation of blue cores, 11 types, more stable cores, 11 types, faster divisions, 11 types

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New perspective

• big complex varios structures, rings and branches, static, perspective, 4 types, free radicals added, perspective, 5 types
• +1 type, perspective, 6 types
• +1 type, a lot of similar molecules, symmetric starships, dynamic world, 6 types
• More dynamic variant, symmetric starships, 4 types
• Composed variant (5+2), 7 types
• Composed variant, extra connections between molecules (5+2), 7 types
• Composed variant with symmetric starships (5+2), 7 types
• Composed with DNA-like, symmetric starships (4+4), 8 types
• New star-like double core partly synthetic, 6 types
• 3D, symmetric gliders, oscillators, polymers, 5 types
• New star-like, 2 receptors, 6 types, more dynamic, 6 types
• A lot of symmetric gliders, 5 types
• A lot of complex symmetric similar structures, slow gliders, 5 types
• Double smooth, low dynamic, gliders, 4 types
• 3D, complex 3D molecules, symmetric link gravity matrix, dynamic world, 5 types
• DNA-like composed with unstable 2-types config, 6 types
• Dynamic polymers, a lot of clustered, perspective, 6 types, mutated, evolutionary, 6 types
• Interesting variant, clustered, 6 types
• Very interesting and perspective, 8 types
• Complex polymers, star-like, interesting dynamics, 5 types

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Transformations

• Star-like perspective with transformations, 8 types, more dynamic variant, 8 types
• Another star-like transformations version, 8 types
• Chain reaction: spread of red lightning strikes, 3 types, more stable variant, 3 types, +1 type, protector added, 3 types, more elastic environment, protector, 3 types
• Replicating starships modification, 6 types
• Found by genetic, transformations added, 8 types

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2x2 mutations

• Complex molecules metamorphosis, perspective for mutate 2x2, 4 types
• Gravity and frequency modification, long chains, 4 types
• Composed doubled parallel chains and loops, perspective, 4 types (2x2)
• RNA-like double composed, 4 types (2x2)

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Found by genetic

• Various big symmetric gliders and stars, 3 types
• Another various big symmetric gliders and stars, 3 types
• Different stars, a lot of symmetric compounds, 8 types
• Various symmetric gliders, 6 types, evolved, 6 types, reduced, 3 types
• Big complex structures, symmetric, gliders, polymers, 3 types
• A lot of various small symmetrical gliders, 5 types
• Gliders and polymers, 3 types
• Big complex symmetric compounds, polymers, static, 3 types
• Long polymers, various symmetric compounds, receptor-like particles, 3 types
• Interesting perspective configuration, 10 types
• Various symmetric oscillators and gliders, modified and reduced, 5 types
• Little gliders, chains, polymers, oscillators, 3 types
• Big symmetric compounds, polymers, 6 types, evolved, 6 types, evolved, 6 types
• Big symmetric clustered compounds, 6 types, evolved, long chains, 6 types
• Simple symmtric polymers, 3 types
• Big complex structures, partial symmetry, chains, polymers, webs, 4 types
• A lot of various compounds, oscillators, gliders, 3 types, evolved, more complexity, 3 types
• Various complex big compounds, gliders, symmetric, 6 types, evolved, more complexity, 6 types
• Long chains, fast gliders, a lot of symmetry, 3 types
• Macro symmetric structures, 6 types
• Complex various stars and gliders, 3 types
• Macro complex structures, 2 types
• Very fast big gliders, 4 types
• Very big various symmetric compounds, gliders, 3 types
• Long polymer various chains, 5 types
• Rather big various gliders, polymers, 5 types
• Very big symmetric compounds, 5 types
• Various complex big symmetric gliders, 8 types, evolved, bigger compounds, 8 types, evolved, 8 types, evolved, dynamic polymers, 8 types, evolved, complex structures, 8 types, evolved, 8 types, reduced perspective, 7 types
• Long chains with receptors, 3 types
• Long polymer chains, 3 types
• Big symmetric compounds, 3 types, evolved, more dynamics, 3 types
• Big varienty, long chains, gliders, 3 types
• Long branching symmetric polymers, 2 types, double composed, interesting polymers, 4 types (2x2)
• Long branching polymers, perspective, 3 types
• Long polymers, min compound size maximized, 4 types

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Found by genetic

• Various interesting complex compounds, 12 types
• Interesting, complex, symmetric, 12 types, evolved, 12 types, evolved, 12 types
• Chains, polymers, symmetric compounds, 12 types, evolved, 12 types, evolved, 12 types, evolved, 12 types
• Big various dynamic polymers and gliders, perspective, 7 types, evolved, 7 types, evolved, 7 types
• A lot of symmetry, 10 types
• A lot of similar gliders, glider polymers, dynamic world, 10 types, evolved, 10 types
• Very very big variety and complexity, perspective dynamic world, 12 types, evolved, 12 types, evolved, 12 types
• Long static polymer chains, 3 types

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Found by genetic

• Big variety and complexity, symmetry, 16 types, evolved, 16 types
• Big complex symmetric compounds, dynamics, gliders, many generations, reduced, 9 types

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Found by genetic (10 types)

Launch 1 (const cache)

• A lot of varienty polymers and gliders, evolved, evolved, evolved, evolved, dynamics, evolved, evolved

Launch 2 (dynamic cache)

• Variety, symmetry, dynamics, evolved, more symmetry, evolved, evolved, bigger structures

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Found by genetic (10 types) and reduced

• Very complex structures, 4 types
• 2 kinds of macro structures, 6 types
• Big very dinamic compounds, clarified, 10 types, maybe alive?, manual mod, 10 types, another manual mod, 10 types

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Found by genetic (3 types)

Launch 1

• Big flower-like symmetric structures
• Beautiful stars and star polymers

Launch 2

• Beautiful stars, evolved, evolved
• Flower-like, evolved

Launch 3

• Bigger structures, slow dynamics, receptor exchange, evolved, gliders, evolved, more dynamics, evolved, more complexity
• Long stars, static, evolved
• Long stars manually modified, red atoms exchange

Launch 4

• More complex stars, manually modified, more dynamics, manually

Launch 5

• Stars, more dynamic, free radicals
• Stars, more free radicals, manually modified, evolved, modified, more stable dynamics

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Found by genetic clarify from new smooth (2 types)

• Original
• Close to original
• Big macro structures, evolved, more symmetric, evolved
• Rather big symmetric structures

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Found by genetic (4 types, composed algo)

Launch 1

• Big various symmetric compounds, little polymers

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Found by genetic

• Long various chain polymers, 4 types, evolved, 4 types, type cloned, 5 types
• Big various gliders, complexity, perspective, 5 types
• Gliders, oscillators, dynamics, 4 types
• A lot of various complex symmertical compounds, cells-like, gliders, 5 types
• Complex perspective dynamic world, 8 types
• Complex compounds, 8 types
• Big complex various dynamic compounds, 5 types
• Lots of big similar gliders, perspective, 4 types
• Complex gliders, double crossed previous, perspective, 8 types (4x4)
• Unusual reactions, polymeers, 6 types
• Big very various gliders, metabolysm, maybe alive, perspective, 8 types
• Variuos symmetric interesting compounds, 8 types, evolved, more dynamics, 8 types
• Big variety, symmetric, 5 types
• Very big dynamic various symmetric gliders and polymers, 8 types, evolved, more various and symmetry, less dynamic, 8 types
• Good for polymers testing, 6 types