native#
Default (native) KnotPy notation with all diagram information stored. It is similar to EM notation.
Notation example (without attributes):
SpatialGraph Crossing a [(‘b’,0),(‘b’,2),(‘b’,1),(‘v’,0)] Crossing b [(‘a’,0),(‘a’,2),(‘a’,1),(‘u’,0)] Vertex u [(‘b’,3)] Vertex v [(‘a’,3)]
Notation example (with attributes):
SpatialGraph {‘name’:’x1’,’color’:’red’} Crossing a [(‘b’,0,{‘color’:’Orange’}),(‘b’,2,{‘color’:’Orange’}),(‘b’,1,{‘color’:’Orange’}),(‘v’,0,{‘color’:’Orange’})] {‘color’:’blue’} Crossing b [(‘a’,0,{‘color’:’Orange’}),(‘a’,2,{‘color’:’Orange’}),(‘a’,1,{‘color’:’Orange’}),(‘u’,0,{‘color’:’Orange’})] {‘color’:’blue’} Vertex u [(‘b’,3,{‘color’:’Orange’})] {} Vertex v [(‘a’,3,{‘color’:’Orange’})] {}
See “Ewing, B. & Millett, K. C. in The mathematical heritage of CF Gauss 225–266 (World Scientific, 1991)”.
Functions
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Returns KnotPy notation of planar diagram (native python structures list, tuples, dicts,... encoding the whole diagram) Example: "SpatialGraph {'name':'x1','color':'red'} Vertex a [('b',0,{'color':'Orange'})] {} Vertex b [('a',0,{'color':'Orange'})] {}". |