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Multicomputation

Tech Notes

  • MultiwaySystem in depth

Symbols

  • FromLinkedHypergraph
  • Multi
  • MultiwaySystem
  • ToLinkedHypergraph
Wolfram`Multicomputation`
MultiwaySystem
​
​
MultiwaySystem[rules,init]
construct a MultiwaySystem object from a list of
rules
and an initial condition
init
​
Details and Options

Examples  
(4)
Basic Examples  
(4)
Construct a multiway system with string substitution type:
In[1]:=
multi=
MultiwaySystem
[{"AB""BA","A""BA"},{"AA"}]
Out[1]=
MultiwaySystem
Type: String

List its properties:
In[2]:=
multi["Properties"]
Out[2]=
{AllStatesBranchialGraph,BranchialGraph,CausalBranchialGraph,CausalEvolutionGraph,CausalGraph,CausalStatesGraph,EvolutionCausalGraph,EvolutionEventsGraph,EvolutionGraph,Graph,Multi,Properties,StatesGraph,TokenEventGraph,Type}
Make a graph showing evolution between states:
In[3]:=
multi["StatesGraph",3]
Out[3]=
Make a causal graph showing dependencies between string rewriting events:
In[4]:=
multi["CausalGraph",3,"IncludeInitialEvent"True]
Out[4]=
Ignore all event information except its input and output:
In[5]:=
multi["CausalGraph",3,"IncludeInitialEvent"True,"CanonicalEventFunction"Full]
Out[5]=
​
Make a branchial graph at a specific computation step:
In[6]:=
multi["BranchialGraph",3]
Out[6]=
Make a branchial graph for all computation steps:
In[7]:=
multi["AllStatesBranchialGraph",3]
Out[7]=
Make bipartite graphs with both states and events:
In[8]:=
multi["EvolutionEventsGraph",2]
Out[8]=
In[9]:=
multi["EvolutionCausalGraph",2,"IncludeInitialEvent"False]
Out[9]=
Make a causal graph with branchial edges showing branch-like separation:
In[10]:=
multi["CausalBranchialGraph",2,"IncludeInitialEvent"True]
Out[10]=
​
Make a multiway system for an arbitrary expression rewriting:
​
Make a multiway system for expression rewriting with sub-values:
​
Make a canonical hypergraph rewriting multiway system:

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