Description Usage Arguments Value Examples

Functions which expect two (spanning) trees and return a measure
of similiarity between those. Function `getNumberOfCommonEdges`

returns
the (normalized) number of shared edges and function `getSizeOfLargestCommonSubtree`

returns the (normalized) size of the largest connected subtree which is located in
both trees.

1 2 3 | ```
getNumberOfCommonEdges(x, y, n = NULL, normalize = TRUE)
getSizeOfLargestCommonSubtree(x, y, n = NULL, normalize = TRUE)
``` |

`x` |
[ |

`y` |
[ |

`n` |
[ |

`normalize` |
[ |

[`numeric(1)`

] Measure

1 2 3 4 5 6 7 8 9 | ```
# Here we generate two random spanning trees of a complete
# graph with 10 nodes
set.seed(1)
st1 = prueferToEdgeList(sample(1:10, size = 8, replace = TRUE))
st2 = prueferToEdgeList(sample(1:10, size = 8, replace = TRUE))
# Now check the number of common edges
NCE = getNumberOfCommonEdges(st1, st2)
# And the size of the largest common subtree
SLS = getSizeOfLargestCommonSubtree(st1, st2)
``` |

jakobbossek/rmoco documentation built on May 10, 2018, 9:53 p.m.

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