def updateRotationArray(action, array):
if action == 'add':
if len(array) % 2 == 0:
array.append(MiscFunctions.modAdd(array[-1]-1, 2, team_num))
else:
array.append(array[len(array)-1])
return array
elif action == 'delete':
array.pop()
return array
def updateIndividualRotation(individual_rotation):
if action == AuthenticationActionType.ADD:
if not len(individual_rotation) % 2:
individual_rotation.append(
MiscFunctions.modAdd(individual_rotation[-1] - 1, 2,
self.event.event_team_number))
else:
individual_rotation.append(individual_rotation[-1])
return individual_rotation
elif action == AuthenticationActionType.DELETE:
return individual_rotation[:-1]
def __rotationGenerator(self, tag_dict, team_dict, event_race_number,
event_team_number):
rand_array = random.sample(range(1, event_team_number + 1),
event_team_number)
result_dict = dict()
for shift, tag in enumerate(tag_dict):
team_sequence = dict()
for team_num, team_id in enumerate(team_dict[tag]):
team_sequence[team_id] = [
MiscFunctions.modAdd(rand_array[team_num] + shift,
(race - race % 2), event_team_number)
for race in range(event_race_number)
]
result_dict[tag_dict[tag]] = team_sequence
return result_dict
def regenerateRotation(self):
rotation = dict()
permutation = random.sample(range(1, self.event.event_team_number + 1),
self.event.event_team_number)
event_tags = EventTagAPI(self.request).verifySelf(
legacy=False, event_tag_event_id=self.event.id)
for boat_shift, tag in enumerate(event_tags):
teams = TeamAPI(self.request).filterSelf(team_tag_id=tag.id)
team_sequence = {
team.id: [
MiscFunctions.modAdd(permutation[idx] + boat_shift,
(race - race % 2),
self.event.event_team_number)
for race in range(self.event.event_race_number)
]
for idx, team in enumerate(teams)
}
rotation[tag.id] = team_sequence
return rotation
