def trader_item():
# reroll item until we get item whose base price >= 30
item = random.choice(Item.__subclasses__())(random.randint(3, 6))
while item.base_price < 30:
item = random.choice(Item.__subclasses__())(random.randint(3, 6))
# item = rand_element(Item.__subclasses__())(random.randint(3, 6))
item.b_price = int(0.7 * item.base_price)
item.s_price = int(0.6 * item.base_price)
return item
def news_event(region_list):
rng = random.randint(1, 10)
percent = (
random.randint(70, 90)
if random.randint(1, 2) == 1
else random.randint(110, 130)
)
multiplier = percent / 100
all_items = Item.__subclasses__()
if rng <= 2:
# adjust base_price of all items
for item in all_items:
item.base_price *= multiplier
return (
"The Universe's prices are "
+ ("increasing" if percent > 100 else "decreasing")
+ "! ("
+ str(percent - 100)
+ "%)"
)
elif rng <= 5:
# adjust base_price of category
rand_category = category[random.randint(0, len(category) - 1)]
for item in all_items:
if item.category == rand_category:
item.base_price *= (1 + multiplier % 1 * 2) if multiplier > 1 else 1 - (1 - multiplier) * 2
return (
"The price of "
+ rand_category
+ " items have "
+ ("increased" if percent > 100 else "decreased")
+ "! ("
+ str((percent - 100) * 2)
+ "%)"
)
elif rng <= 8:
# adjust b_price of specific item
rand_item = all_items[random.randint(0, len(all_items) - 1)]
rand_item.base_price *= (1 + multiplier % 1 * 3) if multiplier > 1 else 1 - (1 - multiplier) * 3
return (
rand_item.name
+ " is becoming "
+ ("trendy" if percent > 100 else "unpopular")
+ "! ("
+ str((percent - 100) * 3)
+ "%)"
)
else:
# adjust base_price of all items in a specific region
rand_region = region_list[random.randint(0, len(region_list) - 1)]
rand_region.news_multiplier *= multiplier
return (
"Region "
+ rand_region.name
+ "'s prices are "
+ ("increasing" if percent > 100 else "decreasing")
+ "! ("
+ str(percent - 100)
+ "%)"
)
def collection():
if request.method == "POST":
if "addCredits" in request.form:
category = request.form["addCredits"]
index = state["game"].player.collection.category.index(category)
state["game"].player.collection.complete[index] = True
state["game"].player.credit += 100
state["game"].player.transaction_history.append(Transactions("Collection reward", 100, "collection", "earnings"))
return str(state["game"].player.credit)
return render_template(
"collection.html", game=state["game"], all_items=Item.__subclasses__()
)
def init_market(self):
poss_items = Item.__subclasses__()
# 12 item market limit
while len(self.market) < 12:
rand_index = random.randint(0, len(poss_items) - 1)
# item too advanced for region
if poss_items[rand_index].debut > self.tech_level.value:
# remove from possible items in market
poss_items.pop(rand_index)
else:
# region able to support item, add to market
discard_int = random.randint(1, 12)
# techlevel <= item debut, higher difference techlevel and debut, higher chance to discard
# higher tech diff, higher chance to reroll item
if discard_int > self.tech_level.value - poss_items[
rand_index].debut:
self.market.append(poss_items[rand_index](random.randint(
2, 10)))
poss_items.pop(rand_index)
