def compute_away_team_aggregation(m1, m2) -> Counter:
aggregation1 = Counter(
team_goals_aggregator.get_team_goals_from_away_team(m1))
aggregation2 = Counter(
team_goals_aggregator.get_team_goals_from_away_team(m2))
return combine_aggregations([aggregation1, aggregation2])
def test_halftime_fulltime_double_chance():
match1.outcome1stHalf = 'A'
match1.finalOutcome = 'A'
match2.outcome1stHalf = 'D'
match2.finalOutcome = 'H'
match3.outcome1stHalf = 'H'
match3.finalOutcome = 'D'
match4.outcome1stHalf = 'D'
match4.finalOutcome = 'A'
aggregation1 = Counter(
outcome_aggregator.get_double_chance_1st_half_2nd_half(match1))
aggregation2 = Counter(
outcome_aggregator.get_double_chance_1st_half_2nd_half(match2))
aggregation3 = Counter(
outcome_aggregator.get_double_chance_1st_half_2nd_half(match3))
aggregation4 = Counter(
outcome_aggregator.get_double_chance_1st_half_2nd_half(match4))
final_aggregation = combine_aggregations(
[aggregation1, aggregation2, aggregation3, aggregation4])
assert final_aggregation['12-12'] == 1
assert final_aggregation['12-1X'] == 1
assert final_aggregation['12-X2'] == 2
def test_halftime_fulltime_outcome():
match1.outcome1stHalf = 'A'
match1.finalOutcome = 'A'
match2.outcome1stHalf = 'D'
match2.finalOutcome = 'H'
match3.outcome1stHalf = 'H'
match3.finalOutcome = 'D'
match4.outcome1stHalf = 'D'
match4.finalOutcome = 'A'
aggregation1 = Counter(outcome_aggregator.get_1st_half_2nd_half(match1))
aggregation2 = Counter(outcome_aggregator.get_1st_half_2nd_half(match2))
aggregation3 = Counter(outcome_aggregator.get_1st_half_2nd_half(match3))
aggregation4 = Counter(outcome_aggregator.get_1st_half_2nd_half(match4))
final_aggregation = combine_aggregations(
[aggregation1, aggregation2, aggregation3, aggregation4])
assert final_aggregation['1-1'] == 0
assert final_aggregation['1-X'] == 1
assert final_aggregation['1-2'] == 0
assert final_aggregation['X-1'] == 1
assert final_aggregation['X-X'] == 0
assert final_aggregation['X-2'] == 1
assert final_aggregation['2-1'] == 0
assert final_aggregation['2-X'] == 0
assert final_aggregation['2-2'] == 1
def test_second_halftime_outcome():
match1.outcome2ndHalf = 'H'
match2.outcome2ndHalf = 'H'
match3.outcome2ndHalf = 'A'
match4.outcome2ndHalf = 'D'
aggregation1 = Counter(outcome_aggregator.get_2nd_half_outcome(match1))
aggregation2 = Counter(outcome_aggregator.get_2nd_half_outcome(match2))
aggregation3 = Counter(outcome_aggregator.get_2nd_half_outcome(match3))
aggregation4 = Counter(outcome_aggregator.get_2nd_half_outcome(match4))
final_aggregation = combine_aggregations(
[aggregation1, aggregation2, aggregation3, aggregation4])
assert final_aggregation['1'] == 2
assert final_aggregation['X'] == 1
assert final_aggregation['2'] == 1
def test_fulltime_outcome():
match1.finalOutcome = 'H'
match2.finalOutcome = 'H'
match3.finalOutcome = 'A'
match4.finalOutcome = 'D'
aggregation1 = Counter(outcome_aggregator.get_fulltime_outcome(match1))
aggregation2 = Counter(outcome_aggregator.get_fulltime_outcome(match2))
aggregation3 = Counter(outcome_aggregator.get_fulltime_outcome(match3))
aggregation4 = Counter(outcome_aggregator.get_fulltime_outcome(match4))
final_aggregation = combine_aggregations(
[aggregation1, aggregation2, aggregation3, aggregation4])
assert final_aggregation['1'] == 2
assert final_aggregation['X'] == 1
assert final_aggregation['2'] == 1
def compute_both_teams_aggregation(m1, m2) -> Counter:
aggregation1 = Counter(team_goals_aggregator.get_both_team_goals(m1))
aggregation2 = Counter(team_goals_aggregator.get_both_team_goals(m2))
return combine_aggregations([aggregation1, aggregation2])
def compute_total_goals_2ndhalf_aggregation(match1, match2) -> Counter:
aggregation1 = Counter(goals_aggregator.get_2nd_half_goals(match1))
aggregation2 = Counter(goals_aggregator.get_2nd_half_goals(match2))
return combine_aggregations([aggregation1, aggregation2])
def compute_halftime_more_goals(m1, m2, m3) -> Counter:
aggregation1 = Counter(mixed_games_aggregator.get_halftime_more_goals(m1))
aggregation2 = Counter(mixed_games_aggregator.get_halftime_more_goals(m2))
aggregation3 = Counter(mixed_games_aggregator.get_halftime_more_goals(m3))
return combine_aggregations([aggregation1, aggregation2, aggregation3])
def compute_exact_result(m1, m2, m3) -> Counter:
aggregation1 = Counter(mixed_games_aggregator.get_exact_result(m1))
aggregation2 = Counter(mixed_games_aggregator.get_exact_result(m2))
aggregation3 = Counter(mixed_games_aggregator.get_exact_result(m3))
return combine_aggregations([aggregation1, aggregation2, aggregation3])
def compute_aggregation(m1, m2, m3) -> Counter:
aggregation1 = Counter(mixed_games_aggregator.aggregate_mixed(m1))
aggregation2 = Counter(mixed_games_aggregator.aggregate_mixed(m2))
aggregation3 = Counter(mixed_games_aggregator.aggregate_mixed(m3))
return combine_aggregations([aggregation1, aggregation2, aggregation3])
