def become_older(self, years):
if self.age + years >= 74 or self.age >= 34 and (self.age + years % 4 == 0 or self.age % 4 >= self.age + years % 4):
if self.age < 50:
if test(roll(2, rng=self.rng), +8):
self.strength -= 1
if test(roll(2, rng=self.rng), +7):
self.dexterity -= 1
if test(roll(2, rng=self.rng), +8):
self.endurance -= 1
elif self.age < 66:
if test(roll(2, rng=self.rng), +9):
self.strength -= 1
if test(roll(2, rng=self.rng), +8):
self.dexterity -= 1
if test(roll(2, rng=self.rng), +9):
self.endurance -= 1
else:
if test(roll(2, rng=self.rng), +9):
self.strength -= 2
if test(roll(2, rng=self.rng), +9):
self.dexterity -= 2
if test(roll(2, rng=self.rng), +9):
self.endurance -= 2
if test(roll(2, rng=self.rng), +9):
self.intelligence -= 1
self.age += years
def become_older(self, years):
if self.age + years >= 74 or self.age >= 34 and (
self.age + years % 4 == 0
or self.age % 4 >= self.age + years % 4):
if self.age < 50:
if test(roll(2, rng=self.rng), +8):
self.strength -= 1
if test(roll(2, rng=self.rng), +7):
self.dexterity -= 1
if test(roll(2, rng=self.rng), +8):
self.endurance -= 1
elif self.age < 66:
if test(roll(2, rng=self.rng), +9):
self.strength -= 1
if test(roll(2, rng=self.rng), +8):
self.dexterity -= 1
if test(roll(2, rng=self.rng), +9):
self.endurance -= 1
else:
if test(roll(2, rng=self.rng), +9):
self.strength -= 2
if test(roll(2, rng=self.rng), +9):
self.dexterity -= 2
if test(roll(2, rng=self.rng), +9):
self.endurance -= 2
if test(roll(2, rng=self.rng), +9):
self.intelligence -= 1
self.age += years
def test_survival(self, character, rng):
skill, req = self.survival_skill
if character.get_characteristic(skill) >= skill:
dm = 2
else:
dm = 0
return test(self.survival, roll(2, dm, rng=rng))
def tech_level(self):
if self._tech_level is None:
tech_level_dm = 0
starport_tech_level_dm = {
"A": 6,
"B": 4,
"C": 2,
"X": -4
}
tech_level_dm += starport_tech_level_dm.get(self.starport, 0)
if self.radius in (0, 1):
tech_level_dm += 2
elif self.radius in (2, 3, 4):
tech_level_dm += 1
if self.atmosphere < 4 or self.atmosphere > 9:
tech_level_dm += 1
if self.hydrographics > 8:
tech_level_dm += self.hydrographics - 8
if 6 > self.population_level > 0:
tech_level_dm += 1
elif self.population_level > 8:
tech_level_dm += 2 * (self.population_level - 8)
if self.government_type in (0, 5):
tech_level_dm += 1
elif self.government_type == 0xD:
tech_level_dm -= 2
self._tech_level = max(1, roll(1, tech_level_dm, rng=self.star.rng))
return self._tech_level
def government_type(self):
if self._government is None:
self._government = min(
0xD,
max(0,
roll(2, -7, rng=self.star.rng) + self.population_level))
return self._government
def test_promotion(self, character, rng):
if self.promotion_skill is None:
return False
skill, req = self.commission_skill
if character.get_characteristic(skill) >= skill:
dm = 1
else:
dm = 0
return test(self.promotion, roll(2, dm, rng=rng))
def atmosphere(self):
if self._atmosphere is None:
self._atmosphere = min(
12,
max(
0,
roll(2, -7, rng=self.star.rng) +
self.radius if self.radius else 0))
return self._atmosphere
def test_enlistment(self, character, rng):
dm = 0
if self.enlistment_skill_one is not None:
skill, req = self.enlistment_skill_one
if character.get_characteristic(skill) >= skill:
dm += 1
skill, req = self.enlistment_skill_two
if character.get_characteristic(skill) >= skill:
dm += 2
return test(self.enlistment, roll(2, dm, rng=rng))
def hydrographics(self):
if self._hydrographics is None:
hydrographic_dm = -11 if self.atmosphere in (
0, 1) or self.atmosphere > 9 else -7
self._hydrographics = min(
10,
max(
0,
roll(2, hydrographic_dm, rng=self.star.rng) +
self.atmosphere if self.radius else 0))
return self._hydrographics
def tech_level(self):
if self._tech_level is None:
tech_level_dm = 0
starport_tech_level_dm = {"A": 6, "B": 4, "C": 2, "X": -4}
tech_level_dm += starport_tech_level_dm.get(self.starport, 0)
if self.radius in (0, 1):
tech_level_dm += 2
elif self.radius in (2, 3, 4):
tech_level_dm += 1
if self.atmosphere < 4 or self.atmosphere > 9:
tech_level_dm += 1
if self.hydrographics > 8:
tech_level_dm += self.hydrographics - 8
if 6 > self.population_level > 0:
tech_level_dm += 1
elif self.population_level > 8:
tech_level_dm += 2 * (self.population_level - 8)
if self.government_type in (0, 5):
tech_level_dm += 1
elif self.government_type == 0xD:
tech_level_dm -= 2
self._tech_level = max(1, roll(1, tech_level_dm,
rng=self.star.rng))
return self._tech_level
def government_type(self):
if self._government is None:
self._government = min(0xD, max(0, roll(2, -7, rng=self.star.rng) + self.population_level))
return self._government
def radius(self):
if self._radius is None:
self._radius = roll(2, -2, rng=self.star.rng)
return self._radius
def law_level(self):
if self._law_level is None:
self._law_level = min(
10, max(0, roll(2, self.government_type - 7,
rng=self.star.rng)))
return self._law_level
def population_level(self):
if self._population is None:
self._population = roll(2, -2, rng=self.star.rng)
return self._population
def law_level(self):
if self._law_level is None:
self._law_level = min(10, max(0, roll(2, self.government_type-7, rng=self.star.rng)))
return self._law_level
def __init__(self, rng, name, profession, death=False):
self.rng = rng
self._name = name
self.age = 18
self.terms = 0
self.half_terms = 0
self.balance = 0
self.equipment = []
self.alive = True
self.commissioned = False
self.claimed_autoskills = []
self.strength = roll(2, rng=self.rng)
self.dexterity = roll(2, rng=self.rng)
self.endurance = roll(2, rng=self.rng)
self.intelligence = roll(2, rng=self.rng)
self.education = roll(2, rng=self.rng)
self.social = roll(2, rng=self.rng)
self.skills = defaultdict(int)
self._rank = 0
if profession.test_enlistment(self, self.rng):
self.profession = profession
self.drafted = False
else:
self.profession = self.rng.choice(DRAFT)
self.drafted = True
terms = 7
while True:
survival = self.profession.test_survival(self, rng)
if not survival:
if death:
self.alive = False
return
else:
self.become_older(2)
self.half_terms += 1
terms -= 1
continue
self.become_older(4)
for rank, kind, skill in (skill for skill in self.profession.autoskills if not skill in self.claimed_autoskills):
if self._rank >= rank:
if kind == CHARACTERISTIC:
self.set_characteristic(skill, 1)
elif kind == SKILL:
self.skills[skill] += 1
self.claimed_autoskills.append((rank, kind, skill))
if self.terms == 0:
skills = 2
else:
skills = self.profession.advancements
if not self.drafted:
if not self.commissioned:
if self.profession.test_commission(self, rng):
self.commissioned = True
skills += 1
else:
if self.profession.test_promotion(self, rng) and self._rank + 2 < len(self.profession.ranks):
self._rank += 1
skills += 1
self.drafted = False
for _ in range(skills*2):
kind, skill = self.rng.choice(self.rng.choice(self.profession.skills))
if kind == CHARACTERISTIC:
self.set_characteristic(skill, 1)
elif kind == SKILL:
self.skills[skill] += 1
self.terms += 1
terms -= 1
if not self.profession.test_reenlist(self, rng, terms > 0):
break
mustering_benefits = self.terms
if self._rank in (0, 1):
mustering_benefits += 1
elif self._rank in (2, 3):
mustering_benefits += 2
elif self._rank in (4, 5):
mustering_benefits += 3
benfits_table = [
[
(BENEFIT, "Low Passage"), (BENEFIT, "Low Passage"), (BENEFIT, "Low Passage"),
(BENEFIT, "Low Passage"), (BENEFIT, "Low Passage"), (BENEFIT, "Low Passage"),
],
[
(CHARACTERISTIC, (INTELLIGENCE, 1)), (CHARACTERISTIC, (INTELLIGENCE, 2)),
(CHARACTERISTIC, (INTELLIGENCE, 1)), (CHARACTERISTIC, (INTELLIGENCE, 2)),
(CHARACTERISTIC, (INTELLIGENCE, 1)), (CHARACTERISTIC, (INTELLIGENCE, 1)),
],
[
(CHARACTERISTIC, (EDUCATION, 1)), (CHARACTERISTIC, (EDUCATION, 2)),
(CHARACTERISTIC, (EDUCATION, 2)), (CHARACTERISTIC, (EDUCATION, 2)),
(CHARACTERISTIC, (EDUCATION, 1)), (CHARACTERISTIC, (EDUCATION, 1)),
],
[
(BENEFIT, "Gun"), (BENEFIT, "Gun"), (BENEFIT, "Gun"),
(BENEFIT, "Blade"), (BENEFIT, "Blade"), (BENEFIT, "Blade"),
],
[
(BENEFIT, "Traveller's Aid Society Membership"), (BENEFIT, "Traveller's Aid Society Membership"),
(BENEFIT, "High Passage"), (BENEFIT, "High Passage"), (BENEFIT, "Gun"), (BENEFIT, "Blade"),
],
[
(BENEFIT, "High Passage"), (BENEFIT, "High Passage"), (BENEFIT, "Mid Passage"),
(BENEFIT, "Scout Ship"), (BENEFIT, "Low Passage")
],
[
(CHARACTERISTIC, (SOCIAL, 2)), (CHARACTERISTIC, (SOCIAL, 2)), (CHARACTERISTIC, (SOCIAL, 1)),
(BENEFIT, "Free Trader")
],
]
cash_table = [
[1000, 2000, 2000, 20000, 1000, 1000],
[5000, 5000, 5000, 5000, 5000, 20000],
[5000, 5000, 10000, 20000, 5000, 5000],
[10000, 10000, 10000, 30000, 20000, 10000],
[20000, 20000, 10000, 50000, 20000, 10000],
[50000, 30000, 20000, 50000, 40000, 50000],
[50000, 40000, 30000, 50000, 40000, 100000],
]
money_rolls = 3
for _ in range(mustering_benefits):
if money_rolls and self.rng.choice((True, False)):
money_rolls -= 1
self.balance += self.rng.choice(cash_table[roll(1, 0 if self.skills["Gambling"] else -1, rng=self.rng)])
benefit_row_options = range(6) + ([n+1 for n in range(6)] if self._rank in (4, 5) else [])
kind, benefit = self.rng.choice(benfits_table[self.rng.choice(benefit_row_options)])
if kind == CHARACTERISTIC:
characteristic, value = benefit
self.set_characteristic(characteristic, value)
elif kind == BENEFIT:
thing = benefit
while thing == "Traveller's Aid Society Membership" and thing in self.equipment:
kind, thing = self.rng.choice(benfits_table[4])
if thing == "Blade" and thing in self.equipment:
self.skills["Blade Combat"] += 1
continue
elif thing == "Gun" and thing in self.equipment:
self.skills["Gun Combat"] += 1
continue
self.equipment.append(benefit)
elif kind == SKILL:
skill, value = benefit
self.skills[skill] += value
self.equipment = ["{} {}s".format(v, k) if v - 1 else k for k, v in Counter(self.equipment).items()]
if not self.skills["Gambling"]:
del self.skills["Gambling"]
def test_reenlist(self, character, rng, voluntary=True):
result = roll(2, rng=rng)
return (test(self.reenlist, result) and voluntary) or result == 12
def population_level(self):
if self._population is None:
self._population = roll(2, -2, rng=self.star.rng)
return self._population
def radius(self):
if self._radius is None:
self._radius = roll(2, -2, rng=self.star.rng)
return self._radius
def atmosphere(self):
if self._atmosphere is None:
self._atmosphere = min(12, max(0, roll(2, -7, rng=self.star.rng) + self.radius if self.radius else 0))
return self._atmosphere
def __init__(self, rng, name, profession, death=False):
self.rng = rng
self._name = name
self.age = 18
self.terms = 0
self.half_terms = 0
self.balance = 0
self.equipment = []
self.alive = True
self.commissioned = False
self.claimed_autoskills = []
self.strength = roll(2, rng=self.rng)
self.dexterity = roll(2, rng=self.rng)
self.endurance = roll(2, rng=self.rng)
self.intelligence = roll(2, rng=self.rng)
self.education = roll(2, rng=self.rng)
self.social = roll(2, rng=self.rng)
self.skills = defaultdict(int)
self._rank = 0
if profession.test_enlistment(self, self.rng):
self.profession = profession
self.drafted = False
else:
self.profession = self.rng.choice(DRAFT)
self.drafted = True
terms = 7
while True:
survival = self.profession.test_survival(self, rng)
if not survival:
if death:
self.alive = False
return
else:
self.become_older(2)
self.half_terms += 1
terms -= 1
continue
self.become_older(4)
for rank, kind, skill in (skill
for skill in self.profession.autoskills
if not skill in self.claimed_autoskills):
if self._rank >= rank:
if kind == CHARACTERISTIC:
self.set_characteristic(skill, 1)
elif kind == SKILL:
self.skills[skill] += 1
self.claimed_autoskills.append((rank, kind, skill))
if self.terms == 0:
skills = 2
else:
skills = self.profession.advancements
if not self.drafted:
if not self.commissioned:
if self.profession.test_commission(self, rng):
self.commissioned = True
skills += 1
else:
if self.profession.test_promotion(
self, rng) and self._rank + 2 < len(
self.profession.ranks):
self._rank += 1
skills += 1
self.drafted = False
for _ in range(skills * 2):
kind, skill = self.rng.choice(
self.rng.choice(self.profession.skills))
if kind == CHARACTERISTIC:
self.set_characteristic(skill, 1)
elif kind == SKILL:
self.skills[skill] += 1
self.terms += 1
terms -= 1
if not self.profession.test_reenlist(self, rng, terms > 0):
break
mustering_benefits = self.terms
if self._rank in (0, 1):
mustering_benefits += 1
elif self._rank in (2, 3):
mustering_benefits += 2
elif self._rank in (4, 5):
mustering_benefits += 3
benfits_table = [
[
(BENEFIT, "Low Passage"),
(BENEFIT, "Low Passage"),
(BENEFIT, "Low Passage"),
(BENEFIT, "Low Passage"),
(BENEFIT, "Low Passage"),
(BENEFIT, "Low Passage"),
],
[
(CHARACTERISTIC, (INTELLIGENCE, 1)),
(CHARACTERISTIC, (INTELLIGENCE, 2)),
(CHARACTERISTIC, (INTELLIGENCE, 1)),
(CHARACTERISTIC, (INTELLIGENCE, 2)),
(CHARACTERISTIC, (INTELLIGENCE, 1)),
(CHARACTERISTIC, (INTELLIGENCE, 1)),
],
[
(CHARACTERISTIC, (EDUCATION, 1)),
(CHARACTERISTIC, (EDUCATION, 2)),
(CHARACTERISTIC, (EDUCATION, 2)),
(CHARACTERISTIC, (EDUCATION, 2)),
(CHARACTERISTIC, (EDUCATION, 1)),
(CHARACTERISTIC, (EDUCATION, 1)),
],
[
(BENEFIT, "Gun"),
(BENEFIT, "Gun"),
(BENEFIT, "Gun"),
(BENEFIT, "Blade"),
(BENEFIT, "Blade"),
(BENEFIT, "Blade"),
],
[
(BENEFIT, "Traveller's Aid Society Membership"),
(BENEFIT, "Traveller's Aid Society Membership"),
(BENEFIT, "High Passage"),
(BENEFIT, "High Passage"),
(BENEFIT, "Gun"),
(BENEFIT, "Blade"),
],
[(BENEFIT, "High Passage"), (BENEFIT, "High Passage"),
(BENEFIT, "Mid Passage"), (BENEFIT, "Scout Ship"),
(BENEFIT, "Low Passage")],
[(CHARACTERISTIC, (SOCIAL, 2)), (CHARACTERISTIC, (SOCIAL, 2)),
(CHARACTERISTIC, (SOCIAL, 1)), (BENEFIT, "Free Trader")],
]
cash_table = [
[1000, 2000, 2000, 20000, 1000, 1000],
[5000, 5000, 5000, 5000, 5000, 20000],
[5000, 5000, 10000, 20000, 5000, 5000],
[10000, 10000, 10000, 30000, 20000, 10000],
[20000, 20000, 10000, 50000, 20000, 10000],
[50000, 30000, 20000, 50000, 40000, 50000],
[50000, 40000, 30000, 50000, 40000, 100000],
]
money_rolls = 3
for _ in range(mustering_benefits):
if money_rolls and self.rng.choice((True, False)):
money_rolls -= 1
self.balance += self.rng.choice(cash_table[roll(
1, 0 if self.skills["Gambling"] else -1, rng=self.rng)])
benefit_row_options = range(6) + ([n + 1 for n in range(6)]
if self._rank in (4, 5) else [])
kind, benefit = self.rng.choice(
benfits_table[self.rng.choice(benefit_row_options)])
if kind == CHARACTERISTIC:
characteristic, value = benefit
self.set_characteristic(characteristic, value)
elif kind == BENEFIT:
thing = benefit
while thing == "Traveller's Aid Society Membership" and thing in self.equipment:
kind, thing = self.rng.choice(benfits_table[4])
if thing == "Blade" and thing in self.equipment:
self.skills["Blade Combat"] += 1
continue
elif thing == "Gun" and thing in self.equipment:
self.skills["Gun Combat"] += 1
continue
self.equipment.append(benefit)
elif kind == SKILL:
skill, value = benefit
self.skills[skill] += value
self.equipment = [
"{} {}s".format(v, k) if v - 1 else k
for k, v in Counter(self.equipment).items()
]
if not self.skills["Gambling"]:
del self.skills["Gambling"]
def hydrographics(self):
if self._hydrographics is None:
hydrographic_dm = -11 if self.atmosphere in (0, 1) or self.atmosphere > 9 else -7
self._hydrographics = min(10, max(0, roll(2, hydrographic_dm, rng=self.star.rng) + self.atmosphere if self.radius else 0))
return self._hydrographics