def run(liczba):
v = liczba
wierzcholki = []
dell = DEL_lkrawedzi(v)
dfs = DFS_lkrawedz(v)
for i in range(liczba):
for z in range(liczba):
if z > i:
razem = str(i) + str(z)
w1 = int(i)
w2 = int(z)
dell.addEdge(w1, w2)
dfs.addEdge(w1, w2)
wierzcholki.append(razem)
print("Sortowanie topologiczne przez usuwanie: ")
timer_sort_topological = Timer()
timer_sort_topological.start()
dell.topologicalSort_DEL()
# print("Lista krawedzi posortowana DELL")
ilko = 0
for znajdz in listadell:
for iins in wierzcholki:
if znajdz == int(iins[0]):
ilko = ilko + 1
timer_sort_topological.stop()
if not S:
timer_sort_topological_dfs = Timer()
timer_sort_topological_dfs.start()
dfs.topologicalSort_DFS()
# print("Lista krawedzi posortowana DFS")
ilko2 = 0
for znajdz in listadfs:
for iins in wierzcholki:
if znajdz == int(iins[0]):
ilko2 = ilko2 + 1
'print("(", iins[0], ",", iins[1], ")")'
timer_sort_topological_dfs.stop()
return {
'sort_top_del': timer_sort_topological.get_mean_time(),
'sort_top_dfs': timer_sort_topological_dfs.get_mean_time()
}
else:
return False
def run(liczba):
v = liczba
wierzcholki = []
b= [[0]*v for _ in range(v)]
dell = DEL_lkrawedzi(v)
dfs = DFS_lkrawedz(v)
for i in range(liczba):
for z in range(liczba):
if z>i:
razem = str(i)+str(z)
w1 = int(i)
w2 = int(z)
dell.addEdge(w1,w2)
dfs.addEdge(w1,w2)
b[w1][w2] = 1
wierzcholki.append(razem)
print("Sortowanie topologiczne przez usuwanie: ")
timer_sort_topological_del = Timer()
timer_sort_topological_del.start()
dell.topologicalSort_DEL()
#print("Macierz sasiedztwa posortowana DELL:")
for kl in listadell:
'print(kl," - " ,b[kl])'
timer_sort_topological_del.stop()
if S == False:
print("\n")
print("Sortowanie topologiczne metoda DFS: ")
timer_sort_topological_dfs = Timer()
timer_sort_topological_dfs.start()
#print("Macierz sasiedztwa posortowana DFS:")
dfs.topologicalSort_DFS()
timer_sort_topological_dfs.stop()
return {
'sort_top_del': timer_sort_topological_del.get_mean_time(),
'sort_top_dfs': timer_sort_topological_dfs.get_mean_time()
}
else:
return False
def run(liczba):
v = liczba
wierzcholki = []
dell = DEL_lkrawedzi(v)
dfs = DFS_lkrawedz(v)
for i in range(liczba):
for z in range(liczba):
if z>i:
razem = str(i)+str(z)
w1 = int(i)
w2 = int(z)
dell.addEdge(w1,w2)
dfs.addEdge(w1,w2)
wierzcholki.append(razem)
print("Sortowanie topologiczne przez usuwanie: ")
timer_sort_topological_del = Timer()
timer_sort_topological_del.start()
dell.topologicalSort_DEL()
klopsy = []
i = 0
wierzcholkidell= []
wierzcholkidfs =[]
#print(wierzcholki, "soema")
for znajdz in listadell:
for iins in wierzcholki:
if znajdz == int(iins[0]):
razem = iins[0]+iins[1:len(iins)]
wierzcholkidell.append(razem)
pusta =[]
opal = []
poprzedni = wierzcholkidell[0][0]
for znajdz in listadell:
for iins in wierzcholki:
if znajdz == int(iins[0]):
opal.append(iins[1])
else:
if opal:
klopsy.append(opal)
opal = []
if len(klopsy) != len(listadell):
klopsy.append("['_']")
glob = 0
#print("Lista nastepnikow dla sortowania dell:")
'''for glop in listadell:
print("(", glop, ") -", klopsy[glob])
glob = glob +1
print("\n")'''
timer_sort_topological_del.stop()
print("Sortwanie topologiczne metoda dfs: ")
timer_sort_topological_dfs = Timer()
timer_sort_topological_dfs.start()
dfs.topologicalSort_DFS()
for znajdz in listadfs:
for iins in wierzcholki:
if znajdz == int(iins[0]):
razem = iins[0]+iins[1]
wierzcholkidfs.append(razem)
klopsy = []
pusta =[]
opal = []
poprzedni = wierzcholkidell[0][0]
for znajdz in listadfs:
for iins in wierzcholki:
if znajdz == int(iins[0]):
opal.append(iins[1])
else:
if opal:
klopsy.append(opal)
opal = []
klopsy.append("['_']")
glob = 0
#print("Lista nastepnikow dla sortowania dfs:")
'''for glop in listadfs:
print("(", glop, ") -", klopsy[glob])
glob = glob + 1'''
timer_sort_topological_dfs.stop()
return {
'sort_top_del': timer_sort_topological_del.get_mean_time(),
'sort_top_dfs': timer_sort_topological_dfs.get_mean_time()
}
diagnostics = IntcodeComputer(data, 1)
diagnostics.run()
return diagnostics.output
def main2(data=None):
if not data:
data = load_inputs_lines('05', 'inputs.txt')
data = data[0]
data = [int(d) for d in data.split(',')]
diagnostics = IntcodeComputer(data, 5)
diagnostics.run()
return diagnostics.output
if __name__ == "__main__":
timer = Timer()
result1 = main1()
timer.stop()
print(result1)
print(f'{timer.duration} ms')
timer.start()
result2 = main2()
timer.stop()
print(result2)
print(f'{timer.duration} ms')
