def assess(self):
"""
Surviving housing raises the cap on maximum population.
Surviving crops and sheep produce food. This grows the
population up to the maximum, and thereafter counts to wealth.
Surviving industrial buildings increase wealth.
Surviving population increase technological progress and
themselves count towards population growth.
Killed but not exploded dinosaurs count to wealth (fuel).
"""
situation = self.situation
notables = []
def note(label, amount):
notables.append([label+": ", amount])
bonus = 0x20 * situation.progress
situation.wealth += bonus
note("Victory bonus:", lsb(bonus))
note("Final balance", lsb(situation.wealth))
note("Final progress", situation.progress)
self.table = typefaces.prepare_table(notables)
def assess(self):
"""
Surviving housing raises the cap on maximum population.
Surviving crops and sheep produce food. This grows the
population up to the maximum, and thereafter counts to wealth.
Surviving industrial buildings increase wealth.
Surviving population increase technological progress and
themselves count towards population growth.
Killed but not exploded dinosaurs count to wealth (fuel).
"""
situation = self.situation
progress = 0
notables = []
income = 0
population_growth = 0
def note(label, amount):
notables.append([label + ": ", amount])
if not self.defeated:
# Remaining balance
remaining_balance = gui.lsb(situation.wealth)
# Housing space
housing_space = sum([f.habitability for f in self.situation.get_facilities()])
progress += housing_space
# Population
units = self.situation.get_units()
for u in units:
if u.human:
self.situation.population += 1
self.situation.installations.remove(u)
u.promote()
progress += 10 * u.rank
self.situation.reserves.append(u)
population = self.situation.population
# Food produced
food_produced = self.situation.count_food()
# Population growth
food = food_produced
max_growth_from_crops = food // MEAL_SIZE
max_growth_from_space = max((housing_space - population), 0)
population_growth = min(max_growth_from_space, max_growth_from_crops)
food -= population_growth * MEAL_SIZE
if population < 5 and population_growth < 3:
population_growth = 3
# Income from crops
income += food * 0x20
note("Remaining balance", remaining_balance)
note("Housing space", housing_space)
note("Population", self.situation.population)
note("Food produced", food_produced)
note("Population Growth", population_growth)
trophy_income = 0
# Trophies
cnt = Counter()
for t in situation.trophies:
cnt[t] += 1
progress += 5
for k, v in cnt.items():
note(k + " slain", v)
trophy_income += 0x100 * v # 1 pound bounty per dinosaur
situation.trophies = []
income += trophy_income + 0x100 # 1 pound bonus
if not self.defeated:
note("Income", gui.lsb(income))
# Death stats
for (k, v) in self.situation.death_stats.items():
note("Men " + k, v)
# Apply results
situation.wealth += income
situation.population += population_growth
situation.progress += progress
note("RESULTS", "")
note(" Closing Balance", gui.lsb(situation.wealth))
note(" Current Population", situation.population)
note(" Progress", progress)
# display the report
paint = self.screen.blit
self.clear_screen(colour=PAGECOLOUR)
caption = "You Were Defeated" if self.defeated else "Accounting Department"
title = typefaces.prepare_title(caption)
paint(title, (PAGEMARGIN, PAGEMARGIN))
topy = y = title.get_rect().height + 3 * PAGEMARGIN
x = self.screen.get_size()[0] // 2
heading = typefaces.prepare_subtitle("Ledger Entries")
paint(heading, (x, y))
y += heading.get_rect().height + PAGEMARGIN
table = typefaces.prepare_table(notables)
paint(table, (x, y))
chromograph = chromographs.obtain("Accountant.png")
paint(chromograph, (PAGEMARGIN, topy))
paint(self.ribbon, (850, -2))
flip()
