def test_retire_after_jumpoff(self):
c = HighJumpCompetition().from_actions(self.actions_a)
self.assertEqual(c.state, 'drawn',
'both retiring after jumpoffs should draw')
c = HighJumpCompetition().from_matrix(self.matrix_a)
self.assertEqual(c.state, 'drawn',
'both retiring after jumpoffs should draw')
self.assertEqual(c.to_matrix(), self.matrix_a,
'matrix round trip should match')
self.assertEqual(c.is_finished, True, "competition is finished")
self.assertEqual(c.is_running, False, "competition is not running")
def test_competition_setup(self):
"""Tests basic creation of athletes with names and bibs"""
c = HighJumpCompetition.from_matrix(ESAA_2015_HJ, to_nth_height=0)
self.assertEqual("Dwyer", c.jumpers[-1].last_name)
self.assertEqual("Maslen", c.jumpers_by_bib['85'].last_name)
def test_rieto_pv(self):
c = HighJumpCompetition.from_matrix([
_.split()
for _ in '''bib 3.00 3.20 3.40 3.60 3.70 3.80 3.85 3.90 3.95 4.00
QF000595 - - o o - o - o xxx
EH004164 - - - xo xo o o xxo xxx
JA112119 - - o xo o xxx
CB064342 - - o xo o xxx
FC009594 - - - o o x- o xx- x
HC000711 - - o o - xxx
CF058632 - - xo xo xxx
GL001818 xo o xxx
EC001108 o xo o xxx
VA008725 o o xxo xxx
JE001383 o o xxx
CG000293 o xo xxx
BC000303 o xo xxx
EE010870 - - o o xxo o xx- x
EE006186 xo xo xxx
JC003084 o xxx
EF007915 - - o o xo o xxo xo xxo xxx
GL000737 o xxx
DA011840 o o xxx
CK006373 xo xxx
GJ001614 xo xxx
ED000485 x- xx
JA103141 xxx'''.split('\n')
],
verbose=False)
self.assertEqual(c.state, 'finished',
'One winning jumper failed at his chosen height')
self.assertEqual(c.jumpers_by_bib['EF007915'].place, 1,
'EF007915 came first')
def test_won_ending(self):
"check the status changes at a won ending which finishes"
mx = [
["place", "order", "bib", "first_name", "last_name", "team", "category"],
["1", 1, '53', "William", "Norman", "Midd", "SB"],
["1", 2, '81', "Harald", "England", "Warks", "SB"],
]
c = HighJumpCompetition.from_matrix(mx)
self.assertEquals(c.state,'scheduled')
self.assertEquals(len(c.remaining),2)
for height,perfs,xstate,lenremj in (
(2.11,("o","o"),'started',2),
(2.12,("o","o"),'started',2),
(2.13,("o","o"),'started',2),
(2.14,("xxx","o"),'won',1),
(2.16,("","o"),'won',1),
(2.17,("","xxo"),'won',1),
(2.18,("","xxx"),'finished',0)):
c.set_bar_height(height)
for i in xrange(3):
for j,p in enumerate(perfs):
if len(p)<i+1: continue
c.bib_trial(mx[1+j][2],p[i])
self.assertEquals(c.state,xstate,"height=%s expected state %s not %s" % (height,xstate,c.state))
self.assertEquals(len(c.remaining),lenremj,"height=%s expected lenremj %s not %s" % (height,lenremj,len(c.remaining)))
def test_competition_setup(self):
"""Tests basic creation of athletes with names and bibs"""
c = HighJumpCompetition.from_matrix(ESAA_2015_HJ, to_nth_height=0)
self.assertEquals("Dwyer", c.jumpers[-1].last_name)
self.assertEquals("Maslen", c.jumpers_by_bib['85'].last_name)
def test_progression(self):
c = HighJumpCompetition.from_matrix(ESAA_2015_HJ, to_nth_height=0)
h1 = Decimal("1.81")
c.set_bar_height(h1)
# round 1
c.cleared('85')
j = c.jumpers_by_bib['85']
self.assertEqual(j.attempts_by_height, ['o'])
self.assertEqual(j.highest_cleared, h1)
c.failed('77')
c.failed('77')
c.failed('77')
jake_field = c.jumpers_by_bib['77']
self.assertEqual(jake_field.highest_cleared, Decimal("0.00"))
self.assertEqual(jake_field.attempts_by_height, ['xxx'])
self.assertTrue(jake_field.eliminated)
harry_maslen = c.jumpers_by_bib['85']
# attempt at fourth jump should fail
self.assertRaises(RuleViolation, c.failed, '77')
self.assertEqual(jake_field.place, 4)
self.assertEqual(harry_maslen.place, 1)
def test_won_ending(self):
"check the status changes at a won ending which finishes"
mx = [
[
"place", "order", "bib", "first_name", "last_name", "team",
"category"
],
["1", 1, '53', "William", "Norman", "Midd", "SB"],
["1", 2, '81', "Harald", "England", "Warks", "SB"],
]
c = HighJumpCompetition.from_matrix(mx)
self.assertEqual(c.state, 'scheduled')
self.assertEqual(len(c.remaining), 2)
for height, perfs, xstate, lenremj in ((2.11, ("o", "o"), 'started',
2), (2.12, ("o", "o"),
'started', 2),
(2.13, ("o", "o"), 'started',
2), (2.14, ("xxx", "o"), 'won',
1), (2.16, ("", "o"),
'won', 1),
(2.17, ("", "xxo"), 'won',
1), (2.18, ("", "xxx"),
'finished', 0)):
c.set_bar_height(height)
for i in _012:
for j, p in enumerate(perfs):
if len(p) < i + 1: continue
c.bib_trial(mx[1 + j][2], p[i])
self.assertEqual(
c.state, xstate, "height=%s expected state %s not %s" %
(height, xstate, c.state))
self.assertEqual(
len(c.remaining), lenremj,
"height=%s expected lenremj %s not %s" %
(height, lenremj, len(c.remaining)))
def test_progression(self):
c = HighJumpCompetition.from_matrix(ESAA_2015_HJ, to_nth_height=0)
h1 = Decimal("1.81")
c.set_bar_height(h1)
# round 1
c.cleared('85')
j = c.jumpers_by_bib['85']
self.assertEquals(j.attempts_by_height, ['o'])
self.assertEquals(j.highest_cleared, h1)
c.failed('77')
c.failed('77')
c.failed('77')
jake_field = c.jumpers_by_bib['77']
self.assertEquals(jake_field.highest_cleared, Decimal("0.00"))
self.assertEquals(jake_field.attempts_by_height, ['xxx'])
self.assertTrue(jake_field.eliminated)
harry_maslen = c.jumpers_by_bib['85']
# attempt at fourth jump should fail
self.assertRaises(RuleViolation, c.failed, '77')
self.assertEquals(jake_field.place, 4)
self.assertEquals(harry_maslen.place, 1)
def check(r1v, r2v, p175, p193):
mx[1][8] = r1v
mx[2][8] = r2v
c = HighJumpCompetition.from_matrix(mx)
self.assertTrue(
c.jumpers_by_bib['175'].place == p175
and c.jumpers_by_bib['193'].place == p193,
'175 place %s 193 place %s %s %s' % (p175, p193, r1v, r2v))
def test_action_letter(self):
c = HighJumpCompetition()
self.assertEqual(c.action_letter['cleared'], 'o',
"action_letter['cleared']=='o'")
self.assertEqual(c.action_letter['failed'], 'x',
"action_letter['failed']=='x'")
self.assertEqual(c.action_letter['passed'], '-',
"action_letter['passed']=='-'")
self.assertEqual(c.action_letter['retired'], 'r',
"action_letter['passed']=='r'")
def test_score_olympic_final(self):
"Do we get the same results as the Olympics?"
c = HighJumpCompetition.from_matrix(RIO_MENS_HJ, verbose=False)
# for r in c.ranked_jumper
# all the positions should agree
given_finish_positions = []
for row in RIO_MENS_HJ[1:]:
place, order, bib = row[0:3]
expected_place = int(place.replace('=', ''))
jumper = c.jumpers_by_bib[str(bib)]
actual_place = jumper.place
self.assertEquals(actual_place, expected_place)
def test_score_olympic_final(self):
"Do we get the same results as the Olympics?"
c = HighJumpCompetition.from_matrix(RIO_MENS_HJ, verbose=False)
# for r in c.ranked_jumper
# all the positions should agree
given_finish_positions = []
for row in RIO_MENS_HJ[1:]:
place, order, bib = row[0:3]
expected_place = int(place.replace('=', ''))
jumper = c.jumpers_by_bib[str(bib)]
actual_place = jumper.place
self.assertEqual(actual_place, expected_place)
def test_replay_through_jumpoff(self):
"Run through a jumpoff to a draw"
c = HighJumpCompetition.from_matrix(ESAA_2015_HJ)
self.assertRaises(RuleViolation, c.failed, '53')
# see who is winning
maslen = c.jumpers_by_bib['85']
field = c.jumpers_by_bib['77']
grimsey = c.jumpers_by_bib['53']
dwyer = c.jumpers_by_bib['81']
self.assertEqual(field.place, 4)
self.assertEqual(maslen.place, 3)
self.assertEqual(grimsey.place, 1)
self.assertEqual(dwyer.place, 1)
self.assertEqual(len(c.remaining), 2)
self.assertEqual(c.state, 'jumpoff')
def test_replay_through_jumpoff(self):
"Run through a jumpoff to a draw"
c = HighJumpCompetition.from_matrix(ESAA_2015_HJ)
self.assertRaises(RuleViolation,c.failed,'53')
# see who is winning
maslen = c.jumpers_by_bib['85']
field = c.jumpers_by_bib['77']
grimsey = c.jumpers_by_bib['53']
dwyer = c.jumpers_by_bib['81']
self.assertEquals(field.place, 4)
self.assertEquals(maslen.place, 3)
self.assertEquals(grimsey.place, 1)
self.assertEquals(dwyer.place, 1)
self.assertEquals(len(c.remaining), 2)
self.assertEquals(c.state, 'jumpoff')
def test_replay_to_jumpoff(self):
"Run through to where the jumpoff began - ninth bar position"
c = HighJumpCompetition.from_matrix(ESAA_2015_HJ, to_nth_height=9)
# see who is winning
maslen = c.jumpers_by_bib['85']
field = c.jumpers_by_bib['77']
grimsey = c.jumpers_by_bib['53']
dwyer = c.jumpers_by_bib['81']
self.assertEqual(field.place, 4)
self.assertEqual(maslen.place, 3)
self.assertEqual(grimsey.place, 1)
self.assertEqual(dwyer.place, 1)
# print "after 2:12 round"
# print grimsey.failures_at_height
# print grimsey.consecutive_failures
# print grimsey.attempts_by_height
# if not for jump-off rules, it would be game over
self.assertEqual(len(c.remaining), 2)
self.assertEqual(c.state, 'jumpoff')
def test_countback_total_failure_rank(self):
"Run both fail, but tie countback wins"
c = HighJumpCompetition.from_matrix(
[
["place", "order", "bib", "first_name", "last_name", "2.06", "2.08"],
["", 1, 'A', "Harald", "England", "o", "o"],
["", 2, 'B', "William", "Norman", "xxx"],
]
)
self.assertRaises(RuleViolation,c.failed,'B')
# see who is winning
A = c.jumpers_by_bib['A']
B = c.jumpers_by_bib['B']
self.assertEquals(A.place, 1)
self.assertEquals(B.place, 2)
self.assertEquals(len(c.remaining), 1)
self.assertEquals(c.state, 'won')
self.assertEquals(A.highest_cleared, Decimal("2.08"))
self.assertEquals(B.highest_cleared, Decimal("0.00"))
self.assertEquals(A.ranking_key,(Decimal('-2.08'), 0, 0))
self.assertEquals(B.ranking_key,(Decimal('-0.00'), 3, 3))
def test_replay_to_jumpoff(self):
"Run through to where the jumpoff began - ninth bar position"
c = HighJumpCompetition.from_matrix(ESAA_2015_HJ, to_nth_height=9)
# see who is winning
maslen = c.jumpers_by_bib['85']
field = c.jumpers_by_bib['77']
grimsey = c.jumpers_by_bib['53']
dwyer = c.jumpers_by_bib['81']
self.assertEquals(field.place, 4)
self.assertEquals(maslen.place, 3)
self.assertEquals(grimsey.place, 1)
self.assertEquals(dwyer.place, 1)
# print "after 2:12 round"
# print grimsey.failures_at_height
# print grimsey.consecutive_failures
# print grimsey.attempts_by_height
# if not for jump-off rules, it would be game over
self.assertEquals(len(c.remaining), 2)
self.assertEquals(c.state, 'jumpoff')
def test_replay_jumpoff_and_finish(self):
"Run through a jumpoff to the final winner"
c = HighJumpCompetition.from_matrix(_1066)
self.assertRaises(RuleViolation,c.failed,'53')
self.assertRaises(RuleViolation,c.failed,'81')
# see who is winning
briton = c.jumpers_by_bib['85']
saxon = c.jumpers_by_bib['77']
norman = c.jumpers_by_bib['53']
england = c.jumpers_by_bib['81']
self.assertEquals(saxon.place, 4)
self.assertEquals(briton.place, 3)
self.assertEquals(norman.place, 2)
self.assertEquals(england.place, 1)
self.assertEquals(len(c.remaining), 1)
self.assertEquals(c.state, 'finished')
self.assertEquals(england.highest_cleared, Decimal("2.11"))
self.assertRaises(RuleViolation,c.set_bar_height, Decimal("2.12"))
def test_replay_jumpoff_and_finish(self):
"Run through a jumpoff to the final winner"
c = HighJumpCompetition.from_matrix(_1066)
self.assertRaises(RuleViolation, c.failed, '53')
self.assertRaises(RuleViolation, c.failed, '81')
# see who is winning
briton = c.jumpers_by_bib['85']
saxon = c.jumpers_by_bib['77']
norman = c.jumpers_by_bib['53']
england = c.jumpers_by_bib['81']
self.assertEqual(saxon.place, 4)
self.assertEqual(briton.place, 3)
self.assertEqual(norman.place, 2)
self.assertEqual(england.place, 1)
self.assertEqual(len(c.remaining), 1)
self.assertEqual(c.state, 'finished')
self.assertEqual(england.highest_cleared, Decimal("2.11"))
self.assertRaises(RuleViolation, c.set_bar_height, Decimal("2.12"))
def test_countback_total_failure_rank(self):
"test_countback_total_failure_rank"
c = HighJumpCompetition.from_matrix([
[
"place", "order", "bib", "first_name", "last_name", "2.06",
"2.08"
],
["", 1, 'A', "Harald", "England", "o", "o"],
["", 2, 'B', "William", "Norman", "xxx"],
])
self.assertRaises(RuleViolation, c.failed, 'B')
# see who is winning
A = c.jumpers_by_bib['A']
B = c.jumpers_by_bib['B']
self.assertEqual(A.place, 1)
self.assertEqual(B.place, 2)
self.assertEqual(len(c.remaining), 1)
self.assertEqual(c.state, 'won')
self.assertEqual(A.highest_cleared, Decimal("2.08"))
self.assertEqual(B.highest_cleared, Decimal("0.00"))
self.assertEqual(A.ranking_key, (0, Decimal('-2.08'), 0, 0))
self.assertEqual(B.ranking_key, (2, Decimal('0.00'), 0, 0))
def test_countback_to_tie(self):
"Run both fail, but tie countback wins"
c = HighJumpCompetition.from_matrix([
[
"place", "order", "bib", "first_name", "last_name", "2.06",
"2.08", "2.10", "2.12", "2.14"
],
["", 1, 'A', "Harald", "England", "o", "o", "xo", "xo", "xxx"],
["", 2, 'B', "William", "Norman", "o", "o", "o", "xxo", "xxx"],
])
self.assertRaises(RuleViolation, c.failed, 'A')
self.assertRaises(RuleViolation, c.failed, 'B')
# see who is winning
A = c.jumpers_by_bib['A']
B = c.jumpers_by_bib['B']
self.assertEqual(A.place, 1)
self.assertEqual(B.place, 2)
self.assertEqual(len(c.remaining), 0)
self.assertEqual(c.state, 'finished')
self.assertEqual(A.highest_cleared, Decimal("2.12"))
self.assertEqual(B.highest_cleared, Decimal("2.12"))
self.assertEqual(A.ranking_key, (0, Decimal('-2.12'), 1, 2))
self.assertEqual(B.ranking_key, (0, Decimal('-2.12'), 2, 2))
def test_dismissed(self):
c = HighJumpCompetition()
c.add_jumper(bib='A',first_name='Harald',last_name='England')
c.add_jumper(bib='B',first_name='William',last_name='Norman')
self.assertRaises(RuleViolation,c.cleared,'A')
self.assertRaises(RuleViolation,c.passed,'A')
self.assertRaises(RuleViolation,c.failed,'A')
self.assertRaises(RuleViolation,c.retired,'A')
c.set_bar_height(Decimal('2.00'))
A=c.jumpers_by_bib['A']
B=c.jumpers_by_bib['B']
self.assertEquals(A.dismissed,False)
self.assertEquals(B.dismissed,False)
c.cleared('A')
c.passed('B')
self.assertEquals(A.dismissed,True)
self.assertEquals(B.dismissed,True)
c.set_bar_height(Decimal('2.02'))
self.assertEquals(A.dismissed,False)
self.assertEquals(B.dismissed,False)
c.cleared('A')
c.failed('B')
self.assertEquals(A.dismissed,True)
self.assertEquals(B.dismissed,False)
c.passed('B')
self.assertEquals(B.dismissed,True)
def test_trials(self):
c = HighJumpCompetition()
c.add_jumper(bib='A', first_name='Harald', last_name='England')
c.add_jumper(bib='B', first_name='William', last_name='Norman')
h1 = Decimal('1.10')
h2 = Decimal('1.15')
h3 = Decimal('1.14')
c.set_bar_height(h1)
self.assertEqual(c.state, 'started', 'state should be started')
self.assertEqual(c.is_finished, False, 'not finished')
self.assertEqual(c.is_running, True, 'is running')
c.cleared('A')
c.cleared('B')
c.set_bar_height(h2)
c.failed('A')
c.failed('B')
c.failed('A')
c.failed('B')
c.failed('A')
c.failed('B')
self.assertEqual(c.state, 'jumpoff', 'jumpoff state should be reached')
self.assertEqual(c.is_finished, False,
"jumpoff competition is not finished")
self.assertEqual(c.is_running, True, "jumpoff competition is running")
c.set_bar_height(h3)
self.assertEqual(c.trials, [('A', h1, 'o'), ('B', h1, 'o'),
('A', h2, 'x'), ('B', h2, 'x'),
('A', h2, 'x'), ('B', h2, 'x'),
('A', h2, 'x'), ('B', h2, 'x')],
'trials in jumpoff state')
c.failed('A')
self.assertEqual(c.state, 'jumpoff',
'still in jumpoff after A fails at 1.14')
self.assertEqual(c.trials, [('A', h1, 'o'), ('B', h1, 'o'),
('A', h2, 'x'), ('B', h2, 'x'),
('A', h2, 'x'), ('B', h2, 'x'),
('A', h2, 'x'), ('B', h2, 'x'),
('A', h3, 'x')],
'trials after A fails at 1.14')
c.cleared('B')
self.assertEqual(c.state, 'finished',
'state finished after B clears at 1.14')
fal = [('A', h1, 'o'), ('B', h1, 'o'), ('A', h2, 'x'), ('B', h2, 'x'),
('A', h2, 'x'), ('B', h2, 'x'), ('A', h2, 'x'), ('B', h2, 'x'),
('A', h3, 'x'), ('B', h3, 'o')]
fadl = [dict(bib=a[0], height=a[1], result=a[2]) for a in fal]
self.assertEqual(c.trials, fal, 'final trials')
self.assertEqual(c.trial_objs, fadl, 'final trial_objs')
self.assertEqual(c.from_actions().trials, fal,
'd.from_actions().trials should match c.trials')
self.assertEqual(
c.from_actions().trial_objs, fadl,
'd.from_actions().trial_objs should match c.trial_objs')
def test_dismissed(self):
c = HighJumpCompetition()
c.add_jumper(bib='A', first_name='Harald', last_name='England')
c.add_jumper(bib='B', first_name='William', last_name='Norman')
self.assertRaises(RuleViolation, c.cleared, 'A')
self.assertRaises(RuleViolation, c.passed, 'A')
self.assertRaises(RuleViolation, c.failed, 'A')
self.assertRaises(RuleViolation, c.retired, 'A')
c.set_bar_height(Decimal('2.00'))
A = c.jumpers_by_bib['A']
B = c.jumpers_by_bib['B']
self.assertEqual(A.dismissed, False)
self.assertEqual(B.dismissed, False)
c.cleared('A')
c.passed('B')
self.assertEqual(A.dismissed, True)
self.assertEqual(B.dismissed, True)
c.set_bar_height(Decimal('2.02'))
self.assertEqual(A.dismissed, False)
self.assertEqual(B.dismissed, False)
c.cleared('A')
c.failed('B')
self.assertEqual(A.dismissed, True)
self.assertEqual(B.dismissed, False)
c.passed('B')
self.assertEqual(B.dismissed, True)