def get_cards_for_fastest_win(cards, identity=None, full_deck=None):
if not identity:
identity = cards.identity
if not full_deck:
full_deck = cards
points_to_win = 7
if identity.name == "Harmony Medtech: Biomedical Pioneer":
points_to_win = 6
agendas = data.get_cards_of_type('agenda', cards)
agendas = data.get_agendas_to_fastest_win(agendas, identity, points_to_win)
if not agendas:
return False
actions_to_play = data.sum_over_attr("actions", agendas, convert_type=int)
total_cost = data.sum_over_attr('cost', agendas, convert_type=int)
start_credits = 5
clicks_per_turn = 3
# for now, assume player must use actions to take credits
#turns_for_credits = max(0, total_cost - 5)
credits_needed = max(0, total_cost - 5)
money_makers = data.get_money_making_cards(full_deck, instant=True)
money_makers = parse.get_full_card_list(money_makers)
money_makers = sorted(money_makers, key=lambda card: int(card.net_cost))
money_makers_used = []
actions_used_for_moneymakers = 0
for card in money_makers:
if credits_needed < card.actions:
break
money_makers_used.append(card)
credits_needed -= card.net_income
actions_used_for_moneymakers += card.actions
return agendas + money_makers_used
def get_cards_for_fastest_win(cards, identity=None, full_deck=None):
if not identity:
identity = cards.identity
if not full_deck:
full_deck = cards
points_to_win = 7
if identity.name == "Harmony Medtech: Biomedical Pioneer":
points_to_win = 6
agendas = data.get_cards_of_type('agenda', cards)
agendas = data.get_agendas_to_fastest_win(agendas, identity, points_to_win)
if not agendas:
return False
actions_to_play = data.sum_over_attr("actions", agendas, convert_type=int)
total_cost = data.sum_over_attr('cost', agendas, convert_type=int)
start_credits = 5
clicks_per_turn = 3
# for now, assume player must use actions to take credits
#turns_for_credits = max(0, total_cost - 5)
credits_needed = max(0, total_cost - 5)
money_makers = data.get_money_making_cards(full_deck, instant=True)
money_makers = parse.get_full_card_list(money_makers)
money_makers = sorted(money_makers, key=lambda card: int(card.net_cost))
money_makers_used = []
actions_used_for_moneymakers = 0
for card in money_makers:
if credits_needed < card.actions:
break
money_makers_used.append(card)
credits_needed -= card.net_income
actions_used_for_moneymakers += card.actions
return agendas + money_makers_used
def agenda_points(cards, **kwargs):
num_agenda_points = data.sum_over_attr('agendapoints',
cards,
convert_type=int)
if num_agenda_points == 0:
return '/'
return num_agenda_points
def total_out_of_faction_influence(cards, faction=None, **kwargs):
if not faction:
raise ValueError
out_of_faction_cards = data.get_cards_of_attr_not_in(
"identity", faction, cards)
return data.sum_over_attr("loyalty",
out_of_faction_cards,
convert_type=int)
def average_actions_to_score_winning_agendas(cards, identity=None, **kwargs):
points_to_win = 7
if identity.name == "Harmony Medtech: Biomedical Pioneer":
points_to_win = 6
agendas = data.get_cards_of_type('agenda', cards)
print '^'*20
for card in agendas:
print card.name, card.actions, card.agendapoints
print '^'*20
num_agendas = data.get_total_cards(agendas)
total_actions = data.sum_over_attr('actions', agendas, convert_type=int)
total_points = data.sum_over_attr('agendapoints', agendas, convert_type=int)
ratio = points_to_win / float(total_points)
#actions_per_agenda = float(total_actions) / num_agendas
average_actions_to_score = float(total_actions) * ratio
if average_actions_to_score == int(average_actions_to_score):
return int(average_actions_to_score)
return round(average_actions_to_score, 2)
def average_actions_to_score_winning_agendas(cards, identity=None, **kwargs):
points_to_win = 7
if identity.name == "Harmony Medtech: Biomedical Pioneer":
points_to_win = 6
agendas = data.get_cards_of_type('agenda', cards)
print '^' * 20
for card in agendas:
print card.name, card.actions, card.agendapoints
print '^' * 20
num_agendas = data.get_total_cards(agendas)
total_actions = data.sum_over_attr('actions', agendas, convert_type=int)
total_points = data.sum_over_attr('agendapoints',
agendas,
convert_type=int)
ratio = points_to_win / float(total_points)
#actions_per_agenda = float(total_actions) / num_agendas
average_actions_to_score = float(total_actions) * ratio
if average_actions_to_score == int(average_actions_to_score):
return int(average_actions_to_score)
return round(average_actions_to_score, 2)
def average_agendas_scored_to_win(cards, identity=None, **kwargs):
points_to_win = 7
if identity.name == "Harmony Medtech: Biomedical Pioneer":
points_to_win = 6
agendas = data.get_cards_of_type('agenda', cards)
num_agendas = data.get_total_cards(agendas)
total_agenda_points = data.sum_over_attr('agendapoints', agendas, convert_type=int)
points_per_agenda = float(total_agenda_points) / float(num_agendas)
num_scored_to_win = float(points_to_win) / points_per_agenda
if int(num_scored_to_win) == num_scored_to_win:
return int(num_scored_to_win)
return round(num_scored_to_win, 2)
def average_agendas_scored_to_win(cards, identity=None, **kwargs):
points_to_win = 7
if identity.name == "Harmony Medtech: Biomedical Pioneer":
points_to_win = 6
agendas = data.get_cards_of_type('agenda', cards)
num_agendas = data.get_total_cards(agendas)
total_agenda_points = data.sum_over_attr('agendapoints',
agendas,
convert_type=int)
points_per_agenda = float(total_agenda_points) / float(num_agendas)
num_scored_to_win = float(points_to_win) / points_per_agenda
if int(num_scored_to_win) == num_scored_to_win:
return int(num_scored_to_win)
return round(num_scored_to_win, 2)
def net_income_draw_rate(cards, full_deck=None, **kwargs):
income_cards = data.get_money_making_cards(cards, instant=True)
total_net_income = data.sum_over_attr('net_income', income_cards)
total_cards = data.get_total_cards(full_deck)
net_income_draw_rate = float(total_net_income) / total_cards
return round(net_income_draw_rate, 2)
def total_cost_of_deck(cards, full_deck=None, **kwargs):
if not full_deck:
return False
total_cost = data.sum_over_attr("cost", full_deck, convert_type=int)
return total_cost
def total_cost(cards, **kwargs):
total_cost = data.sum_over_attr("cost", cards, convert_type=int)
return total_cost
def total_cost_without_duplicates(cards, **kwargs):
total_cost = data.sum_over_attr("cost",
cards,
convert_type=int,
unique=True)
return total_cost
def total_net_cost_with_draw(cards, **kwargs):
return data.sum_over_attr("net_cost_with_draw", cards, convert_type=int)
def total_cost(cards, **kwargs):
total_cost = data.sum_over_attr("cost", cards, convert_type=int)
return total_cost
def total_cost_of_deck(cards, full_deck=None, **kwargs):
if not full_deck:
return False
total_cost = data.sum_over_attr("cost", full_deck, convert_type=int)
return total_cost
def total_memory_units_without_duplicates(cards, **kwargs):
total = data.sum_over_attr("memory", cards, convert_type=int, unique=True)
return total
def total_memory_units_without_duplicates(cards, **kwargs):
total = data.sum_over_attr("memory", cards, convert_type=int, unique=True)
return total
def net_income_draw_rate(cards, full_deck=None, **kwargs):
income_cards = data.get_money_making_cards(cards, instant=True)
total_net_income = data.sum_over_attr('net_income', income_cards)
total_cards = data.get_total_cards(full_deck)
net_income_draw_rate = float(total_net_income) / total_cards
return round(net_income_draw_rate, 2)
def total_cost_without_duplicates(cards, **kwargs):
total_cost = data.sum_over_attr("cost", cards, convert_type=int, unique=True)
return total_cost
def total_net_cost_with_draw(cards, **kwargs):
return data.sum_over_attr("net_cost_with_draw", cards, convert_type=int)
def total_out_of_faction_influence(cards, faction=None, **kwargs):
if not faction:
raise ValueError
out_of_faction_cards = data.get_cards_of_attr_not_in("identity", faction, cards)
return data.sum_over_attr("loyalty", out_of_faction_cards, convert_type=int)
def agenda_points(cards, **kwargs):
num_agenda_points = data.sum_over_attr('agendapoints', cards, convert_type=int)
if num_agenda_points == 0:
return '/'
return num_agenda_points
def number_of_agenda_points(deck, **kwargs):
agendas = data.get_cards_of_attr("type", "agenda", deck)
total = data.sum_over_attr("agendapoints", agendas)
return ("Number of agenda points", total)
def total_memory_units(cards, **kwargs):
total = data.sum_over_attr("memory", cards, convert_type=int)
return total
def number_of_agenda_points(deck, **kwargs):
agendas = data.get_cards_of_attr("type", "agenda", deck)
total = data.sum_over_attr("agendapoints", agendas)
return ("Number of agenda points", total)
def total_memory_units(cards, **kwargs):
total = data.sum_over_attr("memory", cards, convert_type=int)
return total
