print(f"Branching factor: {B}")
insertcounter = 0
while len(lst) != NUM:
new_v = randrange(100)
if new_v not in lst:
lst.append(new_v)
insertcounter += 1
print(f"Inserted {insertcounter} items")
bt = Btree(B)
for ind, el in enumerate(lst):
bt.insert(el, ind)
delcounter = 0
listLength = len(lst)
for i in range(len(lst)):
delvalue = random.choice(lst)
lst.remove(delvalue)
bt.delete(delvalue)
# if counter >= listLength/2:
# break
delcounter += 1
print(f"Deleted {delcounter} items")
bt.plot()
dataBack.close()
bt = Btree(B)
for ind, el in enumerate(lst):
#print(el, ind)
bt.insert(el, ind)
bt.plot("Pre")
i = 0
for q in range(0, 5):
n = randrange(NUM)
if bt.delete(n) == True:
i = i + 1
bt.plot("/Step " + str(i))
print("Step " + str(i))
sleep(0.2)
print("--------")
#else:
# sleep(0.02)
#bt.delete(2)
#bt.setColumn(1, "Students", 14)
bt.plot("Post")
#bt.show()
print(lst)
