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Update evo.py
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evo.py
162
evo.py
@ -1,15 +1,15 @@
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import random
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import names
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genesis_count = 12 # how many lifeforms to start with
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apocalypse = 100 # how many turns until the world takes no more turns
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world_size = 5 # how big is the flat earth
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genesis_count = 100 # how many lifeforms to start with
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apocalypse = 1000 # how many yaers until the world takes no more turns
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world_size = 13 # how big is the flat earth
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roll_max = 100 # the upper bound for rolls
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min_health = 800
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max_health = 1000
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lifetime_min_start = 20
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lifetime_max_start = 50
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maturity_upper_bound_age = 17
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maturity_upper_bound_age = 13
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luck_min_start = 1
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luck_max_start = 8
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resilence_min_start = 1
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@ -52,53 +52,55 @@ world = [[None for i in range(world_size)] for j in range(world_size)]
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alive_list = []
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class LifeForm:
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# broad properties
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luck = 0 # catch all positive/negative value
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resilence = 0 # how many failures a lifeform can tollerate in a turn
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skill = 0 # value of individual performance capability
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intelligence = 0 # how many turns 'ahead' a lifeform can try to 'optimize' strategies for dependent on happiness, health, age, & hunger
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def __init__(self):
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# broad properties
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self.luck = 0 # catch all positive/negative value
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self.resilence = 0 # how many failures a lifeform can tollerate in a turn
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self.skill = 0 # value of individual performance capability
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self.intelligence = 0 # how many turns ahead a lifeform can try to optimize strategies for dependent props
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# death properties
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health = 0 # how far from death the lifeform is
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lifetime = 0 # how many turns a lifeform has been alive
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# death properties
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self.health = 0 # how far from death the lifeform is
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self.lifetime = 0 # how many turns a lifeform has been alive
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# movement properties
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speed = 0 # movements per round
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restless = 0 # likihood of trying to move per round
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# movement properties
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self.speed = 0 # movements per round
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self.restless = 0 # likihood of trying to move per round
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# reproduction properties
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mature = False # whether or not entity can reproduce
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male = False # whether the lifeform is male or female
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pregnant = False # whether or not for the current turn the lifeform is pregnant
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gestation = 0 # how many turns it takes for a new lifeform to birth
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# reproduction properties
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self.mature = False # whether or not entity can reproduce
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self.male = False # whether the lifeform is male or female
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self.pregnant = False # whether or not for the current turn the lifeform is pregnant
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self.gestation = 0 # how many turns it takes for a new lifeform to birth
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# energy properties
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hunger = 0 # numerical value representing current hunger, affects health
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eat_rate = 0 # how much food a lifeform tries to eat a turn
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food = 0 # how much food a lifeform owns
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greed = 0 # factor of actual need greater that lifeform requires
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# energy properties
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self.hunger = 0 # numerical value representing current hunger, affects health
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self.eat_rate = 0 # how much food a lifeform tries to eat a turn
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self.food = 0 # how much food a lifeform owns
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self.greed = 0 # factor of actual need greater that lifeform requires
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# social properties
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happiness = 0 # how happy the lifeform is
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stingy = 0 # how willing a lifeform is to assist others against happiness
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charm = 0 # how much this lifeform affects other lifeforms nearby
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beauty = 0 # how preferable a lifeform is for mating
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reach = 0 # how far from this lifeform does it care about other lifeform's charm & attractiveness
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kinship = 0 # how much a lifeform cares about its kin
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family = ""
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name = ""
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# social properties
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self.happiness = 0 # how happy the lifeform is
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self.stingy = 0 # how willing a lifeform is to assist others against happiness
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self.charm = 0 # how much this lifeform affects other lifeforms nearby
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self.beauty = 0 # how preferable a lifeform is for mating
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self.reach = 0 # how far from the lifeform does it care about other lifeform's charm & attractiveness
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self.kinship = 0 # how much a lifeform cares about its kin
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self.family = ""
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self.name = ""
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# purely derivied meta properties
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parents = []
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children = []
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prediction_success_rate = 0
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x = 0 # current x position in the world
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y = 0 # current y position in the world
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id = 0
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rounds_pregnant = 0
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extra_pregnancy_food = 0
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paternal_genes = {}
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baby_daddy = None
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# purely derivied meta properties
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self.parents = []
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self.children = []
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self.prediction_success_rate = 0
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self.x = 0 # current x position in the world
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self.y = 0 # current y position in the world
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self.id = 0
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self.rounds_pregnant = 0
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self.extra_pregnancy_food = 0
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self.paternal_genes = {}
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self.baby_daddy = None
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self.mated_recently = False
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# methods
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def take_turn(self):
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@ -192,7 +194,6 @@ class LifeForm:
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alive_list.remove(world[self.x][self.y])
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world[self.x][self.y] = None
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print(f"I, {self.name} {self.family}, lived a good life with {len(self.children)} children.")
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child_luck_sum = 0
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for child in self.children:
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child_luck_sum = child_luck_sum + child.luck
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@ -201,7 +202,6 @@ class LifeForm:
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inheritance_split = len(self.children) + 1
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for child in self.children:
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child.food = child.food + round(self.food/inheritance_split)
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# print(f"Inheritance of {round(self.food/inheritance_split)} passed on from {self} to {child}")
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self.food = 0
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def move(self):
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@ -214,14 +214,16 @@ class LifeForm:
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while self.y + delta_y >= world_size or self.y + delta_y < 0:
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delta_y = random.randrange(-1, 2)
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if world[self.x + delta_x][self.y + delta_y] == None:
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world[self.x + delta_x][self.y + delta_y] = world[self.x][self.y]
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world[self.x + delta_x][self.y + delta_y] = self
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world[self.x][self.y] = None
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self.x = self.x + delta_x
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self.y = self.y + delta_y
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steps_taken = steps_taken + 1
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def give(self, target, ammount):
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if self.food > self.greed*self.eat_rate + ammount - target.luck - target.charm and self.hunger >= 0 and self.happiness + target.luck + target.charm > self.stingy:
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if self.food > self.greed*self.eat_rate + ammount - target.luck - target.charm \
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and self.hunger >= 0 \
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and self.happiness + target.luck + target.charm > self.stingy:
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self.food = self.food - ammount
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target.food = target.food + ammount
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self.happiness = self.happiness + self.luck + self.stingy + target.charm
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@ -283,6 +285,7 @@ class LifeForm:
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def age(self):
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self.lifetime = self.lifetime + 1
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self.mated_recently = False
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age_roll = random.randrange(0, roll_max)
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if age_roll > self.luck:
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self.health = self.health - self.lifetime
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@ -303,23 +306,30 @@ class LifeForm:
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if neighbor is not None:
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# trade/steal
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if self.hunger < 0:
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neighbor.give(world[self.x][self.y], -1*self.hunger)
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neighbor.give(self, -1*self.hunger)
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trade_requests = trade_requests + 1
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if self.food < self.greed*self.eat_rate:
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neighbor.give(world[self.x][self.y], self.greed*self.eat_rate - self.food)
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neighbor.give(self, self.greed*self.eat_rate - self.food)
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trade_requests = trade_requests + 1
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if trade_requests > self.resilence and (self.hunger < 0 or self.food < round(self.greed*self.eat_rate/2)):
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if trade_requests > self.resilence and \
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(self.hunger < 0 or self.food < round(self.greed*self.eat_rate/2)):
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self.take(neighbor, self.greed*self.eat_rate - self.food)
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trade_requests = trade_requests + 1
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# mate/conceive
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if self.male is not neighbor.male and not neighbor.pregnant and not self.pregnant and self.mature and neighbor.mature and neighbor.health + neighbor.beauty*neighbor.luck*neighbor.charm > self.health:
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if self.male is not neighbor.male and \
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not self.mated_recently and \
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not neighbor.pregnant and \
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not self.pregnant and \
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self.mature and \
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neighbor.mature and \
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neighbor.health + neighbor.beauty*neighbor.luck*neighbor.charm > self.health:
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self.mate(neighbor)
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# attack/ignore
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def mate(self, target):
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if self.health + self.beauty*self.luck > target.beauty:
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if self.health + self.beauty*self.luck*self.charm > target.beauty + target.health:
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self.happiness = self.happiness + self.health + self.beauty*self.luck*self.charm - target.beauty
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if self.male and not target.male and not target.pregnant:
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target.pregnant = True
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@ -341,11 +351,10 @@ class LifeForm:
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"beauty": self.beauty,
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"reach": self.reach,
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"kinship": self.kinship,
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"food": round(self.food/2) # Do not forget, this is not a property on the maternal list, daddy pays up front
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"food": round(self.food/2) # This is not a property on the maternal list, daddy pays up front
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}
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target.baby_daddy = self
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print(f"baby_daddy {self.name} {self.family} is at ({self.x},{self.y}) male thirst, mommy: {target.name} {target.family}")
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self.food = round(self.food/2)
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target.baby_daddy = self
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elif target.male and not self.male and not self.pregnant:
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self.pregnant = True
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self.rounds_pregnant = 0
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@ -366,20 +375,23 @@ class LifeForm:
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"beauty": target.beauty,
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"reach": target.reach,
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"kinship": target.kinship,
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"food": round(target.food/2)
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"food": round(target.food/2) # This is not a property on the maternal list, daddy pays up front
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}
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self.baby_daddy = target
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print(f"baby_daddy {target.name} {target.family} is at ({target.x},{target.y}) female thirst, mommy: {self.name} {self.family}")
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target.food = round(target.food/2)
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self.mated_recently = True
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else:
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self.happiness = self.happiness - (target.beauty - (self.health + self.beauty*self.luck*self.charm))
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# if rejected, happiness transfer
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self.happiness = self.happiness + self.beauty*self.luck*self.charm + self.health - target.beauty \
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- target.health
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target.happiness = target.happiness + target.beauty*target.luck*target.charm + target.health \
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- self.beauty - self.health
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def pregnancy(self):
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if not self.male and self.pregnant:
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if self.rounds_pregnant < self.gestation:
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self.rounds_pregnant = self.rounds_pregnant + 1
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self.extra_pregnancy_food = round(self.eat_rate*(self.rounds_pregnant/self.gestation))
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# print(f"I'm preggers {self.name} {self.family} ({self.x},{self.y}) {self.rounds_pregnant}/{self.gestation} from {self.baby_daddy.name} {self.baby_daddy.family}")
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else:
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maternal_genes = {
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"luck": self.luck,
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@ -420,17 +432,14 @@ class LifeForm:
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name=names.get_first_name(gender=gender_text),
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family=family_name
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)
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child.parents.append(self)
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child.parents.append(self.baby_daddy)
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self.paternal_genes = {}
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self.rounds_pregnant = 0
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self.pregnant = False
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self.food = round(self.food/2)
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self.children.append(child)
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# self.baby_daddy.children.append(child) # I don't know why this isn't needed, but the above adds the child to both mother and father's child list
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print(f"{self.baby_daddy.name} {self.baby_daddy.name} & {self.name} {self.family} welcome {child.name} {child.family}. {self.baby_daddy.name} {self.baby_daddy.name} has {len(self.baby_daddy.children)} children.")
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for kid in self.baby_daddy.children:
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print(f"{self.baby_daddy.name} {self.baby_daddy.name} has {kid.name} {kid.family} as his child.")
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child.parents.append(world[self.x][self.y])
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child.parents.append(self.baby_daddy)
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self.baby_daddy.children.append(child)
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world[local_x][local_y] = child
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alive_list.append(child)
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@ -504,9 +513,22 @@ for creation in range(genesis_count):
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alive_list.append(new_creature)
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last_id = creation
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for turn in range(apocalypse):
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for year in range(apocalypse):
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for lifeform in alive_list:
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lifeform.take_turn()
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print_world()
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print(f"turn:\t{turn}\talive: {len(alive_list)}\tbegs: {begs}\tgifts: {gifts}\tthefts: {thefts}\tfinds: {finds}\t{lifeform.name} {lifeform.family} \tluck: {lifeform.luck}\t\tfood:\t{lifeform.food}\teat: {lifeform.eat_rate}\t\thunger: {lifeform.hunger}\thealth: {lifeform.health}\thappiness: {lifeform.happiness}\tage: {lifeform.lifetime}\tposition: ({lifeform.x},{lifeform.y})")
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output = f"{year}\t"
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output = f"{output}alive: {len(alive_list)}\t"
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output = f"{output}begs: {begs}\t"
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output = f"{output}gifts: {gifts}\t"
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output = f"{output}thefts: {thefts}\t"
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output = f"{output}finds: {finds}\t{lifeform.name} {lifeform.family} \t"
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output = f"{output}luck: {lifeform.luck}\t\t"
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output = f"{output}food:\t{lifeform.food}\t"
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output = f"{output}eat: {lifeform.eat_rate}\t\t"
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output = f"{output}hunger: {lifeform.hunger}\t"
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output = f"{output}health: {lifeform.health}\t"
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output = f"{output}happiness: {lifeform.happiness}\t"
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output = f"{output}age: {lifeform.lifetime}\t"
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output = f"{output}position: ({lifeform.x},{lifeform.y})"
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print(output)
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