from data import DataSeq
def CombSort(ds):
Length = ds.length
D = int(Length / 1.3)
while D:
for i in range(Length):
for j in range(i + D, Length, D):
if ds.data[j - D] > ds.data[j]:
ds.Swap(j - D, j)
D = int(D / 1.3)
if __name__ == "__main__":
ds = DataSeq(64, repeatition=True)
ds.Visualize()
ds.StartTimer()
CombSort(ds)
ds.StopTimer()
ds.SetTimeInterval(0)
ds.Visualize()
i += 1
while j <= RightEnd:
ds.SetVal(k, tmpData[j])
k += 1
j += 1
def Sort(ds, L, RightEnd, time_interval):
# import ipdb; ipdb.set_trace()
if RightEnd > L:
mid = (L + RightEnd) // 2
Sort(ds, L, mid, time_interval)
Sort(ds, mid + 1, RightEnd, time_interval)
Merge(ds, L, mid + 1, RightEnd, time_interval)
def MergeSort(ds, time_interval=1):
assert isinstance(ds, DataSeq), "Type Error"
Length = ds.length
Sort(ds, 0, Length - 1, time_interval)
if __name__ == "__main__":
ds = DataSeq(64)
ds.Visualize()
ds.StartTimer()
MergeSort(ds)
ds.StopTimer()
ds.SetTimeInterval(0)
ds.Visualize()
parser.add_argument('-i', '--interval', type=int, default=1)
parser.add_argument(
'-t',
'--sort-type',
type=str,
default='Bubble',
choices=["Bubble", "Insertion", "Merge", "Selection", "Radix", "Heap"])
args = parser.parse_args()
if __name__ == "__main__":
MAXLENGTH = 10000
Length = args.length if args.length < MAXLENGTH else MAXLENGTH
Interval = args.interval
SortType = args.sort_type
try:
SortMethod = eval(SortType)
except:
print("Busca nao encontrada %s !" % SortType)
exit()
ds = DataSeq(Length, time_interval=Interval, sort_title=SortType)
ds.Visualize()
ds.StartTimer()
SortMethod(ds)
ds.StopTimer()
#tempo da janela gráfica
time.sleep(3)
parser.add_argument('-n', '--no-record', action='store_true')
args = parser.parse_args()
if __name__ == "__main__":
MAXLENGTH = 1000
Length = args.length if args.length < MAXLENGTH else MAXLENGTH
Interval = args.interval
SortType = args.sort_type
Resampling = args.resample
Sparse = args.sparse
NoRecord = args.no_record
try:
SortMethod = eval(SortType)
except:
print("Sort Type Not Found! Please Check if %s Exists or Not!" %
SortType)
exit()
ds = DataSeq(Length,
time_interval=Interval,
sort_title=SortType,
is_resampling=Resampling,
is_sparse=Sparse,
record=not NoRecord)
ds.Visualize()
ds.StartTimer()
SortMethod(ds)
ds.StopTimer()
ds.SetTimeInterval(0)
ds.Visualize()
args = parse_args()
MAXLENGTH = 1000
Length = args.length if args.length < MAXLENGTH else MAXLENGTH
Interval = args.interval
SortType = args.sort_type
Resampling = args.resample
Sparse = args.sparse
NoRecord = args.no_record
NoSound = args.silent
sound_interval = args.sound_interval
try:
SortMethod = eval(SortType)
except:
print("Sort Type Not Found! Please Check if %s Exists or Not!" %
SortType)
exit()
if not NoSound and sound_interval * 10 < Interval:
print("UserWarning: sound interval too small")
ds = DataSeq(Length,
time_interval=Interval,
sort_title=SortType,
is_resampling=Resampling,
is_sparse=Sparse,
record=not NoRecord,
sound=not NoSound,
sound_interval=sound_interval)
ds.StartTimer()
SortMethod(ds)
ds.StopTimer()
ds.Hold()
import argparse
parser = argparse.ArgumentParser(description="Sort Visulization")
parser.add_argument('-l', '--length', type=int, default=64)
parser.add_argument('-i', '--interval', type=int, default=1)
parser.add_argument('-t', '--sort-type', type=str, default='BubbleSort')
parser.add_argument('-r', '--repetition', action='store_true')
args = parser.parse_args()
if __name__ == "__main__":
MAXLENGTH = 1000
Length = args.length if args.length < MAXLENGTH else MAXLENGTH
Interval = args.interval
SortType = args.sort_type
Repetition = args.repetition
try:
SortMethod = eval(SortType)
except:
print("Sort Type Not Found!")
exit()
ds = DataSeq(Length,
time_interval=Interval,
sort_title=SortType,
repeatition=Repetition)
ds.Visualize()
ds.StartTimer()
SortMethod(ds)
ds.StopTimer()
ds.SetTimeInterval(0)
ds.Visualize()
