def basicTest():
gen = MbrGenerator()
mTree = Rtree(d=4, M=25, maxE=10 ** 6, reset=True, initOffset=0, partitionType=0)
resFileName = "../results/Resultados Test.txt"
f = open(resFileName, 'a+')
f.write(datetime.datetime.now().strftime("%Y-%m-%d %H:%M"))
f.write(" d=%d M=%d partitionType=%d\n" % (4, 25, 0))
f.write("meanPartitionsPerNode meanInsertTime meanTotalNodes meanInternalNodes\n")
# Construyo el Rtree con los elementos
for s in range (10 ** 3):
mTree.insert(gen.next(d=4))
f.write("%f %f %f %f\n" % (mTree.getMeanNodePartitions(), mTree.meanInsertionTime, mTree.meanTotalNodes, mTree.meanInternalNodes))
f.write("meanVisited meanQueryTime\n")
f.close()
fileName = "../results/busqueda test " + str(mTree.treeType) + " M" + str(mTree.M()) + " d" + str(mTree.d()) + ".bin"
mTree = Rtree(d=4, M=25, maxE=10 ** 6, reset=False, initOffset=0, partitionType=0)
# Construyo los elementos de consulta
f = open(resFileName, 'a+')
fb = open(fileName, 'a+')
for s in range (100):
mTree.search(gen.nextRadial(d=4, r=0.25 * 2), fb,False, True)
f.write("%f %f\n" % (mTree.getMeanVisitedNodes(), mTree.meanSearchTime))
f.close()
fb.close()
for partitionType in [0, 1]:
# for d in [2, 4, 8, 16]:
for d in [4, 8, 16]:
for M in [50, 100]:
gen = MbrGenerator()
mTree = Rtree(d=d, M=M, maxE=10 ** 6, reset=True, initOffset=0, partitionType=partitionType)
f = open(resFileName, 'a+')
f.write(datetime.datetime.now().strftime("%Y-%m-%d %H:%M"))
f.write(" d=%d M=%d partitionType=%d\n" % (d, M, partitionType))
f.write("meanPartitionsPerNode meanInsertTime meanTotalNodes meanInternalNodes\n")
# Construyo el Rtree con los elementos
for s in range (10 ** 5):
mTree.insert(gen.next(d=d))
f.write("%f %f %f %f\n" % (mTree.getMeanNodePartitions(), mTree.meanInsertionTime, mTree.meanTotalNodes, mTree.meanInternalNodes))
f.write("meanVisited meanQueryTime\n")
print("Insercion n:%d" % k)
k += 1
f.close()
fileName = "../results/busqueda " + str(mTree.treeType) + " M" + str(mTree.M()) + " d" + str(mTree.d()) + ".bin"
# Construyo los elementos de consulta
for radio in [0.25, 0.50, 0.75]:
for n in range (1, 6):
f = open(resFileName, 'a+')
fb = open(fileName, 'a+')
for s in range (n * 10 ** 3):
mTree.search(gen.nextRadial(d=d, r=radio * (d ** 0.5)), fb,False, True)
f.write("%f %f\n" % (mTree.getMeanVisitedNodes(), mTree.meanSearchTime))
f.close()
fb.close()
print("Busqueda n:%d %f" % (n, radio))
print("Repeticion n:%d" % j)
