Category:Cellular automata
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modelo discreto estudado em teoria da computabilidade, matemática, física, ciência da complexidade, biologia teórica e modelagem de microestruturas | |||||
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Subcategorias
Esta categoria contém as seguintes 19 subcategorias (de um total de 19).
3
- 3D cellular automata (4 F)
A
B
C
- Cyclic cellular automata (20 F)
E
G
- Golly (program) (6 F)
L
- Langton's ant (1 P, 23 F)
- Lenia (6 F)
M
N
- Cellular automata neighborhoods (17 F)
S
T
- Toothpick sequence (11 F)
V
- Videos of cellular automata (6 F)
W
Multimédia na categoria "Cellular automata"
Esta categoria contém os seguintes 200 ficheiros (de um total de 210).
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1DCVCN left rule=164 kI=0.22.jpg 1 201 × 900; 246 kB
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20110204x (5414820080).jpg 1 024 × 1 024; 1 019 kB
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2D-CA-Possible-Rules.png 732 × 248; 19 kB
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3-state cellular automata run (14841139586).jpg 776 × 394; 681 kB
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3D Cellular Automata.gif 640 × 480; 28,54 MB
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3x3 neighbourhood.svg 366 × 366; 989 byte
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OBR strun.gif 320 × 240; 15,68 MB
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Obriv.gif 652 × 358; 61 kB
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ZAK 02.gif 900 × 469; 25 kB
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ZAK 07.gif 900 × 469; 25 kB
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ABC 01.gif 1 000 × 470; 31 kB
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AC rhombo.png 1 564 × 550; 500 kB
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AD ASTRA.png 512 × 512; 25 kB
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ANKOS 460 1080p60 20200430.webm 2 min 47 s, 1 920 × 1 080; 27,19 MB
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Anneal CA.png 950 × 573; 43 kB
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Automate cellulaire hexagonal.png 280 × 216; 24 kB
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Automates de Bexandre.PNG 504 × 357; 2 kB
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BML 144 89 37 Purpy Pupple C.png 729 × 1 489; 25 kB
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Boca1.JPG 796 × 478; 145 kB
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Brian's Brain P3 oscillator.gif 98 × 98; 2 kB
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Busy Beaver 5 State 2 Color.png 720 × 864; 23 kB
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Busy Beaver 5 State.png 204 × 201; 6 kB
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CA 1D 720p60 20200425.webm 2 min 48 s, 1 280 × 720; 5,79 MB
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CA 20200425.png 1 280 × 720; 46 kB
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CA rule110 x3200 y3200 single.png 3 200 × 3 200; 35 kB
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CA rule110 x400 y200 single.png 400 × 200; 2 kB
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CA-Moore.png 200 × 200; 2 kB
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CA-Moore.svg 200 × 200; 9 kB
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CA-von-Neumann.png 200 × 200; 2 kB
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CA-von-Neumann.svg 200 × 200; 9 kB
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CA01.jpg 140 × 268; 6 kB
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CA02.jpg 169 × 75; 3 kB
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CA03.jpg 145 × 90; 4 kB
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CA04.jpg 289 × 69; 6 kB
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CA05.jpg 241 × 155; 6 kB
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CA06.jpg 481 × 128; 13 kB
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CA07.jpg 325 × 187; 6 kB
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CA09.jpg 577 × 200; 20 kB
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CA10 (1).jpg 576 × 226; 27 kB
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CA3061-81k7.png 2 560 × 2 420; 422 kB
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CATraffic.png 800 × 803; 6 kB
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Cellular automata (719128539).jpg 1 024 × 772; 202 kB
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Cellular automata (719997328).jpg 1 024 × 889; 247 kB
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Cellular automata (719999898).jpg 1 024 × 972; 282 kB
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Cellular automata (720001610).jpg 1 024 × 837; 174 kB
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Cellular automata (720004090).jpg 1 024 × 778; 272 kB
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Cellular automata 2d neighborhood size.png 387 × 387; 12 kB
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Cellular automata attractor basin attractor cycle.png 112 × 132; 2 kB
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Cellular automata attractor basin basin of attraction field.png 132 × 134; 4 kB
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Cellular automata attractor basin basin of attraction.png 111 × 155; 3 kB
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Cellular automata attractor basin indegree.png 90 × 145; 3 kB
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Cellular automata attractor basin state space.png 102 × 99; 4 kB
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Cellular automata attractor basin trajectory.png 76 × 145; 2 kB
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Cellular automata attractor basin transient tree.png 125 × 140; 3 kB
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Cellular automata boundary indexing.png 724 × 48; 3 kB
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Cellular automata boundary size.png 511 × 104; 4 kB
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Cellular automata brickwall neighborhood.png 201 × 139; 3 kB
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Cellular automata count and list algorithm.png 203 × 526; 16 kB
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Cellular automata De Bruijn diagram.png 456 × 236; 15 kB
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Cellular automata inverted global transition function.png 306 × 157; 6 kB
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Cellular automata models.jpg 1 883 × 1 168; 507 kB
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Cellular automata Moore neighborhood.png 210 × 210; 3 kB
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Cellular automata neighborhood indexing.png 754 × 199; 11 kB
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Cellular automata neighborhood overlapping indexing.png 905 × 214; 14 kB
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Cellular automata neighborhood overlapping rule 110.png 465 × 176; 7 kB
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Cellular automata neighborhood size.png 427 × 232; 7 kB
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Cellular automata PDE FTCS 1D.png 306 × 119; 4 kB
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Cellular automata PDE FTCS 2D.png 385 × 180; 8 kB
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Cellular automata plankton 1D t0640.png 640 × 463; 9 kB
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Cellular automata plankton 1D t2640.png 640 × 463; 9 kB
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Cellular automata plankton 2D t0000.jpg 288 × 192; 3 kB
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Cellular automata plankton 2D t0100.jpg 288 × 192; 4 kB
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Cellular automata plankton 2D t0150.jpg 288 × 192; 6 kB
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Cellular automata plankton 2D t0200.jpg 288 × 192; 8 kB
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Cellular automata plankton 2D t0300.jpg 289 × 193; 9 kB
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Cellular automata plankton 2D t0400.jpg 288 × 192; 11 kB
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Cellular automata plankton 2D t1000.jpg 288 × 192; 13 kB
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Cellular automata plankton local cycle.png 403 × 731; 11 kB
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Cellular automata plankton uv cycle dt002.png 640 × 463; 28 kB
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Cellular automata plankton uv cycle dt020.png 640 × 463; 16 kB
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Cellular automata preimage diagram.png 531 × 289; 25 kB
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Cellular automata preimage junction boundary.png 740 × 383; 23 kB
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Cellular automata preimage network link weight.png 554 × 292; 13 kB
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Cellular automata preimage network rule 110 ether.png 645 × 191; 16 kB
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Cellular automata preimage network tracing and backtracking.png 266 × 225; 8 kB
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Cellular automata preimage network.png 834 × 327; 19 kB
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Cellular automata radious neighborhood.png 285 × 100; 2 kB
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Cellular automata trace and backtrack algorithm.png 610 × 460; 25 kB
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Cellular automata transformations neighborhood overlap cell.png 569 × 103; 10 kB
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Cellular automata unaligned hexagonal neighborhood.png 157 × 195; 5 kB
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Cellular automata unaligned rectangular neighborhood.png 193 × 193; 3 kB
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Cellular automata von Neumann neighborhood.png 210 × 210; 5 kB
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Cellular automaton demonstrating diagonal shift.gif 559 × 559; 34 kB
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Codi 16bit cell.png 553 × 181; 46 kB
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CoDi CA signaling.png 270 × 271; 86 kB
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Codi chromosome start growth.png 583 × 177; 51 kB
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Codi growth chromosome.png 584 × 200; 64 kB
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Coexistence-Phalaris-CA-ODE-1400619436.png 2 208 × 3 766; 3,8 MB
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Color coded racetrack large channel frame.png 696 × 432; 2 kB
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Combinations Cellular Automata XOR Sierpinski Triangle.png 899 × 899; 3 kB
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Critters block automaton.png 500 × 500; 4 kB
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Day and Night - Evolution 0.png 800 × 600; 145 kB
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Day and Night - Evolution 10.png 800 × 600; 143 kB
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Day and Night - Evolution 100.png 800 × 600; 91 kB
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Day and Night - Evolution 1000.png 800 × 600; 37 kB
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Day and Night - Evolution 10000.png 800 × 600; 21 kB
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Day and Night - Evolution 100000.png 800 × 600; 12 kB
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Day and Night - White Dwarf.png 144 × 144; 653 byte
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Day-Night-Butterfly-Gun.png 736 × 736; 8 kB
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Diamonds.png 200 × 200; 2 kB
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Digitalteilchen.svg 250 × 250; 34 kB
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Discrete neighborhood to continuous curve.png 1 024 × 512; 43 kB
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EIDU-9 Wolframs 1-dimensionales Universum.jpg 442 × 366; 42 kB
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Elementary cellular automata rule 22 possible transitions.jpg 1 844 × 332; 60 kB
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FCA1.jpg 342 × 355; 11 kB
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FCA2.jpg 336 × 343; 10 kB
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FCA3.jpg 828 × 450; 24 kB
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FCA4.jpg 411 × 415; 14 kB
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Fish rules.png 440 × 239; 11 kB
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Fountain filtering MWSSs.gif 168 × 88; 20 kB
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GameOfLife.png 1 001 × 1 001; 7 kB
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Golly BS0.png 719 × 418; 4 kB
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Golly Coagulation.png 650 × 641; 25 kB
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Golly Morley.png 490 × 320; 2 kB
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Golly Petelka mini.png 142 × 40; 529 byte
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Golly Petelka.png 510 × 374; 3 kB
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Golly Pilot mini.png 142 × 40; 588 byte
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Golly Pilot.png 510 × 374; 3 kB
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Golly Stains.png 602 × 547; 3 kB
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Hardy–Pomeau–Pazzis model simulation.gif 515 × 389; 19,82 MB
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Hex-UWCA.svg 512 × 450; 2 kB
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Highlife replicator.png 100 × 100; 681 byte
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Highlife replicator.svg 160 × 160; 784 byte
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HWSS en mouvement.gif 300 × 181; 339 kB
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HWSS fixe.jpg 71 × 51; 3 kB
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Image of a Torus.png 1 920 × 1 080; 352 kB
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Incendie automate cellulaire.png 251 × 255; 2 kB
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Kluzákové dělo.png 227 × 227; 1 kB
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Langton's Ant colony.gif 402 × 265; 440 kB
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Les lapins (Jeu de la vie).jpg 160 × 80; 4 kB
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Manhattan distance r=2.svg 512 × 512; 774 byte
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Margolus block neighborhood.svg 288 × 288; 6 kB
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Mathematical models for complex systems.jpg 2 100 × 1 150; 441 kB
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MCA group.gif 224 × 230; 29 kB
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MJCell Baloons.png 438 × 354; 65 kB
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Move - Puffer.png 58 × 114; 603 byte
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Mtac.png 467 × 173; 3 kB
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Mtac.svg 567 × 283; 4 kB
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Neighborhood.png 1 024 × 512; 60 kB
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Nelson2014-Fig.pdf 1 275 × 1 650; 1,9 MB
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Nobili Pesavento 2reps.png 681 × 492; 14 kB
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Oscillator components.gif 396 × 144; 23 kB
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Oscillator on a Triangular Grid.gif 206 × 180; 95 kB
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PatersonWorm200.gif 280 × 250; 15 kB
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PatersonWormDirections.png 80 × 90; 570 byte
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Pesavento replicator inherited mutations.png 1 268 × 703; 17 kB
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Porte logique OU EXCLUSIF.jpg 189 × 256; 8 kB
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QCA-cross.png 181 × 181; 14 kB
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Ratio U(n) over n squared.jpg 698 × 451; 49 kB
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Rectangular band cellular automaton.svg 450 × 288; 13 kB
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Regole squali.png 640 × 322; 25 kB
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ReversibleSO54.png 1 215 × 764; 60 kB
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Robot lcs.svg 161 × 181; 9 kB
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Robot lcs2.svg 122 × 121; 6 kB
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Rule-030.png 1 000 × 2 000; 201 kB
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Rule-060.png 1 000 × 2 000; 12 kB
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Rule-090.png 1 000 × 2 000; 14 kB
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Rule-110.png 1 000 × 2 000; 27 kB
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Rule161.png 1 366 × 1 024; 18 kB
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Rule18Class3.png 1 366 × 1 024; 148 kB
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Rule193Class4.png 1 366 × 1 024; 135 kB
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Rule3Class2.png 1 366 × 1 024; 28 kB
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Rule40Class1.png 1 366 × 1 024; 2 kB
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Rules for Thompson's Mandalas.jpg 108 × 170; 12 kB
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SecondOrderCADiagram.png 800 × 400; 9 kB
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Seeds.png 200 × 200; 3 kB
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Shark rules.png 640 × 322; 26 kB
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Simple Patterns Which Result in Complex Mandala Fractals.jpg 244 × 168; 29 kB
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SmallestUniversalNTMRules.svg 450 × 135; 11 kB
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Spacefiller.png 911 × 623; 15 kB
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State diagram for rule 110 with transition probabilities.jpg 617 × 311; 31 kB
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Sunrise-lile.gif 407 × 395; 94 kB
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Superposition.png 900 × 400; 4 kB
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Textile cone (cropped).JPG 1 356 × 893; 399 kB
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Textile cone.JPG 1 600 × 1 200; 424 kB
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Toom density.gif 922 × 908; 145 kB
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Toom's rule animation.gif 512 × 512; 60 kB
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Toothpick Sequence - generation 13.svg 4 252 × 4 961; 54 kB
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Trip-a-Tron.png 195 × 190; 1 kB
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Trip-a-Tron.svg 195 × 190; 18 kB
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Two Steps Back Cellular Automaton (1D) 20210907.png 20 100 × 5 000; 47 kB
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Ulam Warburton -Total number of squares U(n).jpg 565 × 413; 30 kB
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Von Neuman Self-replication 2.jpg 1 000 × 613; 218 kB
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Von Neuman Self-replication.jpg 1 000 × 613; 203 kB
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Von neumann neighborhood with cardinal directions.svg 300 × 300; 9 kB