# Sprawdzam szybkosc wyznaczania dset. import timeit import random from graphtheory.structures.edges import Edge from graphtheory.structures.graphs import Graph from graphtheory.seriesparallel.spnodes import Node from graphtheory.seriesparallel.sptrees import make_random_sptree from graphtheory.seriesparallel.spdset import SPTreeDominatingSet from graphtheory.seriesparallel.spnodes import btree_inorder from graphtheory.seriesparallel.spnodes import btree_print V = 10 root = make_random_sptree(V) E = 0 for tnode in btree_inorder(root): if tnode.type == "edge": E += 1 #btree_print(root) algorithm = SPTreeDominatingSet(root) algorithm.run() print("dset {}".format(algorithm.dominating_set)) print("cardinality {}".format(algorithm.cardinality)) print("Testing SPTreeDominatingSet ...") t1 = timeit.Timer(lambda: SPTreeDominatingSet(root).run()) print("{} {} {}".format(V, E, t1.timeit(1))) # single run # EOF
# Sprawdzam szybkosc wyznaczania matching. import timeit import random from graphtheory.structures.edges import Edge from graphtheory.structures.graphs import Graph from graphtheory.seriesparallel.spnodes import Node from graphtheory.seriesparallel.sptrees import make_random_sptree from graphtheory.seriesparallel.spmate import SPTreeMatching from graphtheory.seriesparallel.spnodes import btree_inorder from graphtheory.seriesparallel.spnodes import btree_print V = 10 root = make_random_sptree(V) E = 0 for tnode in btree_inorder(root): if tnode.type == "edge": E += 1 #btree_print(root) algorithm = SPTreeMatching(root) algorithm.run() print ( "mate_set {}".format( algorithm.mate_set )) print ( "mate {}".format( algorithm.mate )) print ( "cardinality {}".format( algorithm.cardinality )) print ( "Testing SPTreeMatching ..." ) t1 = timeit.Timer(lambda: SPTreeMatching(root).run()) print ( "{} {} {}".format(V, E, t1.timeit(1)) ) # single run # EOF