def test_score_team_slots_separate():
score_data = {
"robot_moved": True,
"zones_owned": [],
"slots_owned": [0, 2],
"upright_tokens": 0,
}
score = score_team(score_data)
assert score == 3
def test_score_team_slots_adjacent():
score_data = {
"robot_moved": True,
"zones_owned": [],
"slots_owned": [0, 1],
"upright_tokens": 0,
}
score = score_team(score_data)
assert score == 5
def test_score_team_upright_tokens_2():
score_data = {
"robot_moved": True,
"zones_owned": [],
"slots_owned": [],
"upright_tokens": 3,
}
score = score_team(score_data)
assert score == 4
def test_score_team_zero():
score_data = {
"robot_moved": False,
"zones_owned": [],
"slots_owned": [],
"upright_tokens": 0,
}
score = score_team(score_data)
assert score == 0
def test_score_team_slots_separate():
score_data = {
"robot_moved": True,
"zones_owned": [],
"slots_owned": [0, 2],
"upright_tokens": 0,
}
score = score_team(score_data)
assert score == 3
def test_score_team_mixed_1():
score_data = {
"robot_moved": True,
"zones_owned": [1, 2],
"slots_owned": [0, 1, 3],
"upright_tokens": 4,
}
score = score_team(score_data)
assert score == 12
def test_score_team_slots_adjacent():
score_data = {
"robot_moved": True,
"zones_owned": [],
"slots_owned": [0, 1],
"upright_tokens": 0,
}
score = score_team(score_data)
assert score == 5
def test_score_team_zero():
score_data = {
"robot_moved": False,
"zones_owned": [],
"slots_owned": [],
"upright_tokens": 0,
}
score = score_team(score_data)
assert score == 0
def test_score_team_upright_tokens_2():
score_data = {
"robot_moved": True,
"zones_owned": [],
"slots_owned": [],
"upright_tokens": 3,
}
score = score_team(score_data)
assert score == 4
def test_score_team_mixed_1():
score_data = {
"robot_moved": True,
"zones_owned": [1, 2],
"slots_owned": [0, 1, 3],
"upright_tokens": 4,
}
score = score_team(score_data)
assert score == 12
def test_score_team_slots_around_end():
# Slots 3 and 4 are numerically adjacent, but don't qualify for the bonus
score_data = {
"robot_moved": True,
"zones_owned": [],
"slots_owned": [3, 4],
"upright_tokens": 0,
}
score = score_team(score_data)
assert score == 3
def test_score_team_slots_around_end():
# Slots 3 and 4 are numerically adjacent, but don't qualify for the bonus
score_data = {
"robot_moved": True,
"zones_owned": [],
"slots_owned": [3, 4],
"upright_tokens": 0,
}
score = score_team(score_data)
assert score == 3
def calculate_scores(self):
scores = {}
for tla, score_data in self.isolated_scores.items():
scores[tla] = score_team(score_data)
return scores
def calculate_scores(self):
scores = {}
for tla, score_data in self.isolated_scores.items():
scores[tla] = score_team(score_data)
return scores
