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Do stuff.

This commit is contained in:
Casper 2018-10-18 12:07:08 +02:00
parent 86e2b4c8f2
commit 54c97fc832
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GPG Key ID: B1156723DB3BDDA8
1 changed files with 21 additions and 51 deletions
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72
h2/tmptest.py
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@ -44,14 +44,12 @@ def write_to_log(file, data):
def do_square_tests(amount_of_points):
points_square = {util.gen_point(0, 100) for _ in range(amount_of_points)}
results = []
amount_of_points = str(amount_of_points)
results.append(TimedResult("graham", amount_of_points, time_it(graham_scan, args=(points_square,))))
results.append(TimedResult("gift", amount_of_points, time_it(rapper, args=(points_square,))))
results.append(TimedResult("quick", amount_of_points, time_it(quick_hull, args=(points_square,))))
results.append(TimedResult("mbch", amount_of_points, time_it(mbc, args=(points_square,))))
results = [TimedResult("graham", amount_of_points, time_it(graham_scan, args=(points_square,))),
TimedResult("gift", amount_of_points, time_it(rapper, args=(points_square,))),
TimedResult("quick", amount_of_points, time_it(quick_hull, args=(points_square,))),
TimedResult("mbch", amount_of_points, time_it(mbc, args=(points_square,)))]
write_to_log("square_tests.log", results)
@ -59,12 +57,10 @@ def do_square_tests(amount_of_points):
def do_circular_tests(amount_of_points):
points_circular = {util.gen_point(0, 100) for _ in range(amount_of_points)}
results = []
results.append(TimedResult("graham", amount_of_points, time_it(graham_scan, args=(points_circular,))))
results.append(TimedResult("gift", amount_of_points, time_it(rapper, args=(points_circular,))))
results.append(TimedResult("quick", amount_of_points, time_it(quick_hull, args=(points_circular,))))
results.append(TimedResult("mbc", amount_of_points, time_it(mbc, args=(points_circular,))))
results = [TimedResult("graham", amount_of_points, time_it(graham_scan, args=(points_circular,))),
TimedResult("gift", amount_of_points, time_it(rapper, args=(points_circular,))),
TimedResult("quick", amount_of_points, time_it(quick_hull, args=(points_circular,))),
TimedResult("mbc", amount_of_points, time_it(mbc, args=(points_circular,)))]
write_to_log("circular_tests.log", results)
@ -73,12 +69,10 @@ def do_triangular_tests(amount_of_points):
left, right, top = util.Point(1,1), util.Point(51,1), util.Point(26,40)
points = {util.gen_triangular_point(left, right, top) for _ in range(amount_of_points)}
results = []
results.append(TimedResult("graham", amount_of_points, time_it(graham_scan, args=(points,))))
results.append(TimedResult("gift", amount_of_points, time_it(rapper, args=(points,))))
results.append(TimedResult("quick", amount_of_points, time_it(quick_hull, args=(points,))))
results.append(TimedResult("mbc", amount_of_points, time_it(mbc, args=(points,))))
results = [TimedResult("graham", amount_of_points, time_it(graham_scan, args=(points,))),
TimedResult("gift", amount_of_points, time_it(rapper, args=(points,))),
TimedResult("quick", amount_of_points, time_it(quick_hull, args=(points,))),
TimedResult("mbc", amount_of_points, time_it(mbc, args=(points,)))]
write_to_log("triangular_tests.log", results)
@ -86,48 +80,24 @@ def do_triangular_tests(amount_of_points):
def do_quadratic_tests(amount_of_points):
points = {util.gen_weird_point(-10, 10) for _ in range(amount_of_points)}
results = []
results.append(TimedResult("graham", amount_of_points, time_it(graham_scan, args=(points,))))
results.append(TimedResult("gift", amount_of_points, time_it(rapper, args=(points,))))
results.append(TimedResult("quick", amount_of_points, time_it(quick_hull, args=(points,))))
results.append(TimedResult("mbc", amount_of_points, time_it(mbc, args=(points,))))
results = [TimedResult("graham", amount_of_points, time_it(graham_scan, args=(points,))),
TimedResult("gift", amount_of_points, time_it(rapper, args=(points,))),
TimedResult("quick", amount_of_points, time_it(quick_hull, args=(points,))),
TimedResult("mbc", amount_of_points, time_it(mbc, args=(points,)))]
write_to_log("quadratic_tests.log", results)
"""
while True:
#for _ in range(1):
print("="*100)
points = {util.gen_point(1, 50) for i in range(10)}
#points = {util.Point(x=1.8814659430990304, y=85.47422952454252), util.Point(x=1.2175949045538488, y=-11.268797645030133),
# util.Point(x=-84.51422984381209, y=34.408366109887965), util.Point(x=10.200690892110572, y=-37.03966055144956),
# util.Point(x=16.52833187640779, y=-71.52321980457693)}
# Sanity check
def sanity_check():
points = {util.gen_point(1, 50) for i in range(100)}
graham = set(graham_scan(points))
gift = set(rapper(points))
quick = quick_hull(points)
mbch = set.union(mbc(points))
assert gift == graham == quick == mbch
print("graham:", sorted(graham))
print("gift :", sorted(gift))
print("quick :", sorted(quick))
print("mbch :", sorted(mbch))
if not gift == graham == quick == mbch:
print("Pppooooiiinnntttss",points)
util.display(points=points, hull=mbch)
break
print("graham:", time_it(graham_scan, args=(points,)))
print("gift:", time_it(rapper, args=(points,)))
print("quick:", time_it(quick_hull, args=(points,)))
print("mbch:", time_it(mbc, args=(points,)))
"""
if __name__ == '__main__':
sanity_check()
for i in range(50, 1000, 50):
do_square_tests(i)