B | |
| Boolean_Parameters [Rule.Templates] | |
E | |
| Experiment [Types] |
An experiment is a way to run the CA, measure something on it and display or print it;
they are implemented in folder rule, like the simple
Experiment.States
|
| Experiment2 [Cimula] | |
| Experiment3 [Cimula] | |
I | |
| Integer_Parameters [Rule.Templates] | |
P | |
| Parameters [Topology.Meta] | |
| Parameters [Topology.Hexagons] | |
| Parameters [Topology.Rectangle] | |
| Parameters [Topology.Line] | |
| Parameters [Rule.Shift] | |
| Parameters [Rule.Ising] | |
| Parameters [Rule.Rrpcs_2d] | |
| Parameters [Rule.Rrcs_2d] | |
| Parameters [Rule.Antimajority] | |
| Parameters [Rule.Majority] | |
| Parameters [Rule.Totalizing] | |
| Parameters [Rule.Cyclic] | |
| Parameters [Rule.Sandpile] | |
| Parameters [Rule.Parallel_2eca] | |
| Parameters [Rule.Eca] | |
R | |
| Rule [Types] |
A rule is a cellular automaton rule: given my state and the states of my neighbours, what's my next state;
they are implemented in folder rule, like the simple
Rule.Cyclic
|
S | |
| Synchronism [Types] |
A synchronism defines when and where the rule is applied;
they are implemented in folder rule, like the simple
Synchronism.Synchronous.
|
T | |
| Topology [Types] |
A topology defines the neighborhoud of each cell and how to draw a configuration;
they are implemented in folder rule, like the simple
Topology.Line
|