def print_project(project, used_resources, player, last_state):
clear(windows[0])
print0("Week {}".format(used_resources.turn_count))
print0("Your Wallet: ${}({})".format(player.money, player.cash_flow),
color=1)
print0("Your shares: %{}".format(player.shares))
print0("-------------------------")
print0()
print0(project.name.capitalize(), color=4)
print0(project.pitch)
print0("-------------------------")
print0()
print0("Budget", end=": ")
print0("$" + str(int(project.money)), color=2)
print0("Cash Flow", end=": ")
print0("$" + str(int(project.cash_flow)), color=1)
print0("Productivity", end=": ")
print_info(project, last_state, 'productivity', char="%", multiplier=100)
print0("Rema. Features", end=": ")
print_info(project, last_state, 'features', reverse=True)
print0("Bugs", end=": ")
print_info(project, last_state, 'bugs', reverse=True)
print0("Technical Debt", end=": ")
print_info(project, last_state, 'technical_debt', reverse=True)
print0("Documentation", end=": ")
print_info(project, last_state, 'documentation')
print0("Server Costs", end=": ")
print_info(project,
last_state,
'server_maintenance',
char="$",
reverse=True)
print0("Design Need", end=": ")
print_info(project, last_state, 'design_need', reverse=True)
print0("Security Issues", end=": ")
print_info(project, last_state, 'security_issues', reverse=True)
print0()
print0('-------------------------')
print0()
print0("Customers", end=": ", color=4)
print0(project.number_of_customers)
print0("Influence", end=": ", color=4)
print_info(project, last_state, 'influence')
print0("Monthly Price", end=": ", color=4)
print0(project.price)
def cli(objects, entities, used_resources, turn_events, last_state):
player = objects[0]
project = objects[1]
for event in turn_events:
a, b = alert(windows[4], str(event))
del a
del b
project.turn_events = []
clear(windows[1])
print_project(project, used_resources, player, last_state)
unlocked_entities = [
entity for entity in entities
if entity.unlocked and not entity.limit_reached()
]
right_menu = print_limited(objects)
action = select("What do you do?", unlocked_entities, right_menu)
if not action:
return None
return action
def cli(objects, entities, used_resources, turn_events):
player = objects[0]
project = objects[1]
logger = logging.getLogger('soyu')
logger.debug(turn_events)
for event in turn_events:
a, b = alert(windows[4], str(event))
del a
del b
project.turn_events = []
clear(windows[1])
print1("Day {}".format(used_resources.turn_count))
print1("Your Wallet: ${} Your shares: %{}".format(player.money, player.shares))
print_project(project)
unlocked_entities = [entity for entity in entities if entity.unlocked and not entity.limit_reached()]
limited_entities = [entity for entity in entities if entity.limit_reached()]
print_limited(objects)
action = select("What do you do?", unlocked_entities)
if not action:
return None
return action
def print_project(project):
clear(windows[0])
print0(project.name, color=3)
print0("Budget", end=": ")
print0("$" + str(project.money), color=2)
print0("Productivity", end=": ")
print0("%" + str(int(project.productivity*100)), color=2)
print0("Remaining Features", end=": ")
print0(int(project.features), color=1)
print0("Bugs", end=": ")
print0(project.bugs, color=1)
print0("Technical Debt", end=": ")
print0(project.technical_debt, color=1)
print0("Documentation", end=": ")
print0(project.documentation, color=1)
print0("Server Costs", end=": ")
print0("$" + str(int(project.server_maintenance)), color=1)
print0("Design Need", end=": ")
print0(int(project.design_need), color=1)
def over(project):
clear(windows[1])
print1("---------")
print1("GAME OVER")
print1("---------")
print1("Score: {}".format(project.score))
windows[1].getch()
def win(project):
clear(windows[1])
print1("---------")
print1("YOU WON")
print1("---------")
print1("Score: {}".format(project.score))
windows[1].getch()
def print_limited(entities):
clear(windows[2])
print2("You have: (Enter to fire)")
right_menu = RightMenu(entities, windows[2], which_menu="right")
right_menu.item_message = '{1.formatted}'
right_menu.init_display()
return right_menu
def dialog(text):
a, b = alert(windows[4], str(text), wait=False)
response = read(windows[4])
del a
del b
clear(windows[1])
return response
def over(project, player):
clear(windows[1])
print1("---------", color=1)
print1("GAME OVER", color=1)
print1("---------", color=1)
print1("You are bankrupt:/ Score: {}".format(project.score))
print1()
print1("Press Q to exit.", color=1)
while True:
key = windows[1].getkey()
if key == "Q" or key == 'q':
[clear(w) for w in windows]
exit(0)
def initproject(all_budget):
print1("So you have an idea")
print1("What's the name of the project?")
name = str(read(), 'utf-8')
budget = all_budget + 1
clear(windows[1])
while budget > all_budget:
print1("You have $10000.")
print1("Your daily personal expense is $25.")
print1("How much budget do you want to allocate to your project?")
budget = int(read())
clear(windows[1])
return name, budget
def win(project, player):
clear(windows[1])
win_amount = (player.shares / 100) * project.score
print1("---------", color=2)
print1("Congratulations!", color=2)
print1("Big Tech company decided to buy your company for ${}!".format(
project.score))
print1("You own %{} of the shares, so you get ${}!".format(
player.shares, win_amount))
print1("Your total money:", end=": ")
print1("${}".format(win_amount + player.money), color=2)
print1("---------", color=2)
print1()
print1("Press Q to exit.", color=1)
while True:
key = windows[1].getkey()
if key == "Q" or key == 'q':
[clear(w) for w in windows]
exit(0)
def initproject(all_budget):
idea = list_ideas(15)
clear(windows[1])
idea_pitch = " ".join(idea.pitch.split(" ")[1:])
print1("So you have an idea, you are going to build {}".format(idea_pitch))
print1("What's the name of the project?")
name = str(read(), 'utf-8')
budget = all_budget + 1
clear(windows[1])
while budget > all_budget:
print1("You have $10000.")
print1("Your daily personal expense is $25.")
print1("How much budget do you want to allocate to your project?")
budget = int(read())
clear(windows[1])
return name, budget, idea
def wait_anim(sec):
for i in range(sec * 20):
print3("-", end="")
sleep(0.02)
clear(windows[3])
def print_limited(entities):
clear(windows[2])
print2("You have:")
entities = {x.message: x for x in entities}.values()
for entity in entities:
print2("{}x {}".format(entity.current_amount, entity.message))
