def load_text(self):
self.txt = {
'name':
tx.new_text(self.fonts, 'calibri_12', self.name,
self.color['sblue']),
'val':
tx.new_text(self.fonts, 'calibri_8', '-', self.color['sblue'])
}
def update_text(self):
self.txt['min'] = tx.new_text(self.fonts, 'calibri_8',
int(self.val[-1] * 0.5),
self.color['sblue'])
self.txt['max'] = tx.new_text(self.fonts, 'calibri_8',
int(self.val[-1] * 1.5),
self.color['sblue'])
self.txt['val'] = tx.new_text(self.fonts, 'calibri_8', self.val[-1],
self.color['sblue'])
self.txt['slc'] = tx.new_text(
self.fonts, 'calibri_8',
'[{}:{}]'.format(-self.zpoints + self.zslide,
self.zslide), self.color['sblue'])
def __init__(self, database):
Bar.idd = 0
Bar.offs = 0
self.name = "Tweakeables Variables"
self.glist = []
self.blist = []
self.flist = []
self.btext = tx.new_text(Setting.fonts, 'calibri_15', "Bunny Rates",
(127, 118, 200))
self.ftext = tx.new_text(Setting.fonts, 'calibri_15', "Fox Rates",
(127, 118, 200))
self.ptext = tx.new_text(Setting.fonts, 'calibri_15',
"Start Simulation", (127, 118, 200))
self.receive_db(database)
def ent_slot_draw_list(self, display):
for n, ent in enumerate(
self.ent_list[self.current_slot:self.current_slot + 6]):
x, y = self.pos['ent_slots'][0]
y = y + 85 * n
for v in ent.needs.values():
a, s, d, f = v[3]
pc = (v[0] / v[1])
pygame.draw.rect(display, v[2], (x + a, y + s, int(d * pc), f))
if HUD.bdraw:
display.blit(self.spr['bx1'], (x, y))
display.blit(ent.astxt['id'], (x + 26, y + 3))
display.blit(ent.astxt['age'], (x + 60, y + 23))
display.blit(ent.astxt['name_10'], (x + 72, y + 3))
display.blit(ent.astxt[str(ent.status)], (x + 214, y + 3))
display.blit(en.Ent.min[int(ent.sprid / 2)],
(x + 5, y - 40))
cord = tx.new_text(self.fonts, "calibri_10", ent.cord,
self.sblue)
display.blit(cord, (x + 265, y + 58))
if ent.death > 0:
self.spr['ded'] = self.spr['ded'].convert()
self.spr['ded'].set_alpha(int(ent.death * (0.5)))
display.blit(self.spr['ded'], (x, y))
def get_followed(self, game):
for x in game.ent_list:
x.followed = False
ex, ey = self.cord
cx, cy = tuple(game.cam.cord)
game.addcord(0, (ex - cx) * game.scale)
game.addcord(1, (ey - cy) * game.scale)
self.followed = True
self.astxt['view'] = tx.new_text(
self.fonts, 'calibri_15',
'Viewing {}, with ID: {}, Fitness: {:.2f}'.format(
self.name, self.id, self.genome.fitness), (221, 221, 250))
def ent_slot_draw(self, display):
string = "Entities Alive: {} Showing {} - {}".format(
len(self.ent_list), self.current_slot + 1, self.current_slot + 6)
qnt = tx.new_text(self.fonts, "calibri_10", string, self.sblue)
display.blit(qnt, (100, 70))
# if self.pos['misc']['box_bunny'][0]:
# pygame.draw.rect(display, self.white, self.pos['misc']['box_bunny'][1], width=0)
# else:
# pygame.draw.rect(display, self.white, self.pos['misc']['box_bunny'][1], 1)
# if self.pos['misc']['box_fox'][0]:
# pygame.draw.rect(display, self.orange, self.pos['misc']['box_fox'][1], 0)
# else:
# pygame.draw.rect(display, self.orange, self.pos['misc']['box_fox'][1], 1)
self.ent_slot_draw_list(display)
def tick(self, game, n=True):
self.up_queue(game)
self.preg(game)
self.ticks += 1
if self.lovedelay > 0:
self.lovedelay -= 1
if self.ticks % 600 == 0:
self.inf['age'] += 1
self.genome.fitness += Ent.add
if self.inf['age'] >= 50:
game.kill(self, 'Old')
self.astxt['age'] = tx.new_text(self.fonts, 'calibri_10',
('Age: {}').format(
self.inf['age']), self.sblue)
if self.needs['hungry'][0] <= self.needs['hungry'][1]:
self.needs['hungry'][0] += self.global_inc['hungry']
if self.needs['thirst'][0] <= self.needs["thirst"][1]:
self.needs['thirst'][0] += self.global_inc['thirst']
if self.needs['love'][0] <= self.needs["love"][1]:
if self.inf['age'] >= 12 and self.lovedelay < 5:
self.needs['love'][0] += self.global_inc['love'] / 2
if self.needs['rest'][0] <= self.needs["rest"][1]:
self.needs['rest'][0] += self.global_inc['rest']
for b, x in self.needs.items():
if x[0] >= x[1]:
if b != "love":
self.death += 0.5
self.motive = b
n = False
if n:
self.death -= 1
if self.death < 0: self.death = 0
if self.death >= 300:
self.score -= 100
game.kill(self, self.motive)
HUD.deadt[self.specie].append(
(self.motive, self.specie, self.id, self.cord, self.score))
def action(self, game):
self.astxt['fitness'] = tx.new_text(
self.fonts, 'calibri_10',
('Fit: {:.2f}').format(self.genome.fitness), self.sblue)
if self.status == "idle" and len(
self.queue) == 0 and self.current == ['empty']:
dec = [5]
#if self.specie=='bunny' and self.ident_run():return
# dec = Ent.decision_log(self)
in1, in2, in3, in4 = self.getin()
output = self.nn.activate((in1, in2, in3, in4))
dec[0] = np.argmax(output) + 1
if dec[0] == 1:
if self.specie.lower() == 'bunny':
if not self.search_for('food'):
if self.tries[0] < 3:
self.rand_path(self, 4)
self.tries[0] += 1
else:
self.rand_path(self, 24, True, 'food')
self.tries[0] == 0
else:
if not self.search_for('hunt'):
if self.tries[0] < 3:
self.rand_path(self, 4)
self.tries[0] += 1
else:
self.rand_path(self, 24, True, 'food')
self.tries[0] == 0
elif dec[0] == 2:
if not self.search_for('water'):
if self.tries[1] < 3:
self.rand_path(self, 4)
self.tries[1] += 1
else:
self.rand_path(self, 24, True, 'water')
self.tries[1] == 0
return
elif dec[0] == 3 and self.tries[2] < 5:
self.needs['love'][0] = 0
if not self.search_for('love'):
if self.tries[2] < 2:
self.rand_path(self, 4)
self.tries[2] += 1
else:
self.rand_path(self, 24, True, 'love')
self.tries[2] == 0
return
elif dec[0] == 4:
self.queue.append(("cmd", "self.rest()", "rest"))
self.read_queue()
return
elif dec[0] == 5:
if self.needs['thirst'][0] / self.needs['thirst'][
1] < 0.5 and self.needs['hungry'][0] / self.needs[
'thirst'][1] < 0.5:
self.rand_path(self, 24, True, 'love')
return
if self.needs['thirst'][0] > self.needs['hungry'][0]:
self.rand_path(self, 24, True, 'water')
else:
if self.specie == 'fox':
self.rand_path(self, 32, True, 'hunt')
else:
self.rand_path(self, 24, True, 'food')
if self.status == 'idle' and len(self.queue) != 0:
self.read_queue()
def load_varables(self, game, gene):
#--- Sprites----#
self.eat_counter = 0
self.drink_counter = 0
self.love_counter = 0
self.flp_f = self.load_sprites(game, False)
self.flp_t = self.load_sprites(game, True)
self.spr = self.flp_f
self.buf_flpf = self.flp_f.copy()
self.buf_flpt = self.flp_t.copy()
self.lovedelay = 4000
sh = ha.SpriteSheet('data/colect1.png')
self.icon_spr = {}
self.icons = {
'resting': (137, 1, 31, 32, False),
'loving': (169, 1, 22, 22, False),
'eating': (192, 1, 18, 22, False),
'drinking': (211, 1, 18, 22, False),
'walking': (230, 1, 32, 22, False),
'waiting': (0, 0, 0, 0, False),
'idle': (0, 0, 0, 0, False)
}
for x, y in self.icons.items():
self.icon_spr[x] = game.setid(1, sh, y)
#---------------#
gender = ('male', 'female')
if gene == False:
self.inf = {
'age':
15, #numpy.random.randint(5,16),
'speed':
numpy.random.randint(-10, 10) * 0.015625 + 1 +
Ent.database[self.specie]['inf']['speed'],
'view':
Ent.database[self.specie]['inf']['view'],
'gender':
gender[numpy.random.randint(2)],
'type':
"log"
}
self.inc = {
'hungry': numpy.random.randint(-20, 20) / 100 + 1,
'thirst': numpy.random.randint(-20, 20) / 100 + 1,
'love': numpy.random.randint(-20, 20) / 100 + 1,
'rest': numpy.random.randint(-20, 20) / 100 + 1
}
self.base = {
'hungry':
numpy.random.randint(-20, 20) / 100 +
1 * Ent.database[self.specie]['base']['hungry'],
'thirst':
numpy.random.randint(-20, 20) / 100 +
1 * Ent.database[self.specie]['base']['thirst'],
'love':
numpy.random.randint(-20, 20) / 100 +
1 * Ent.database[self.specie]['base']['love'],
'rest':
numpy.random.randint(-20, 20) / 100 +
1 * Ent.database[self.specie]['base']['rest']
}
if gene:
self.inf = {
'age':
0,
'speed':
numpy.random.randint(-10, 10) * 0.015625 +
1 * gene['inf']['speed'],
'view':
Ent.database[self.specie]['inf']['view'],
'gender':
gender[numpy.random.randint(2)],
'type':
"log"
}
self.inc = {
'hungry':
numpy.random.randint(-8, 8) / 100 + 1 * gene['inc']['hungry'],
'thirst':
gene['inc']['thirst'],
'love':
numpy.random.randint(-8, 8) / 100 + 1 * gene['inc']['love'],
'rest':
gene['inc']['rest']
}
self.base = {
'hungry':
numpy.random.randint(-5, 5) / 100 + 1 * gene['base']['hungry'],
'thirst':
numpy.random.randint(-5, 5) / 100 + 1 * gene['base']['thirst'],
'love':
numpy.random.randint(-5, 5) / 100 + 1 * gene['base']['love'],
'rest':
numpy.random.randint(-5, 5) / 100 + 1 * gene['base']['rest']
}
self.inc = {
'hungry':
self.inc['hungry'] * ((self.inf['speed'] / 2) + 0.5),
'thirst':
self.inc['thirst'] * ((self.inf['speed'] / 2) + 0.5) /
(self.inc['hungry']**2),
'love':
self.inc['love'] * self.inf['speed']**2,
'rest':
self.inc['rest'] * ((self.inf['speed'] / 2) + 0.5) /
(self.inc['hungry'] / 2 + 0.5)
}
self.global_inc = {
'hungry':
Ent.database[self.specie]['inc']['hungry'] * self.inc['hungry'] *
((self.inc['love'] / 2) + 0.5),
'thirst':
Ent.database[self.specie]['inc']['thirst'] * self.inc['thirst'] *
((self.inc['love'] / 2) + 0.5),
'love':
Ent.database[self.specie]['inc']['love'] * self.inc['love'],
'rest':
Ent.database[self.specie]['inc']['rest'] * self.inc['rest']
}
self.stp_scale = 2 * self.inf['speed'] * game.scale
game.data["ent"][self.cord[0]][self.cord[1]].append(self.id)
self.walkeable = [0, 3, 4]
self.water = [2, 1]
self.queue = list()
self.upqueue = list()
self.path = set_path
self.rand_path = random_path
self.validate = value_tile
self.steps = 0
self.lovedelay = 0
self.score = 0
self.buf = 0
self.pos = [0, 0]
self.followed = False
self.death = 0
self.birth = False
self.b_counter = -1
self.ticks = 0
self.tries = [0, 0, 0]
self.astxt = {
'name_10':
tx.new_text(self.fonts, 'calibri_10',
('{} {}').format(self.inf['gender'],
self.name), self.sblue),
'id':
tx.new_text(self.fonts, 'calibri_10', self.id, self.sblue),
'walking':
tx.new_text(self.fonts, 'calibri_10', 'walking', self.sblue),
'idle':
tx.new_text(self.fonts, 'calibri_10', 'idle', self.sblue),
'eating':
tx.new_text(self.fonts, 'calibri_10', 'eating', self.sblue),
'drinking':
tx.new_text(self.fonts, 'calibri_10', 'drinking', self.sblue),
'resting':
tx.new_text(self.fonts, 'calibri_10', 'resting', self.sblue),
'waiting':
tx.new_text(self.fonts, 'calibri_10', 'waiting', self.sblue),
'loving':
tx.new_text(self.fonts, 'calibri_10', 'loving', self.sblue),
'view':
tx.new_text(
self.fonts, 'calibri_15',
'Viewing {}, with ID: {}, Fitness: {:.2f}'.format(
self.name, self.id, self.genome.fitness), (171, 191, 200)),
'speed':
tx.new_text(self.fonts, 'calibri_10',
('Speed: {:.2f}').format(self.inf['speed']),
self.sblue),
'hungry':
tx.new_text(self.fonts, 'calibri_10',
('Hungry: {:.2f}').format(self.inc['hungry']),
self.sblue),
'thirst':
tx.new_text(self.fonts, 'calibri_10',
('Thirst: {:.2f}').format(self.inc['thirst']),
self.sblue),
'love':
tx.new_text(self.fonts, 'calibri_10',
('Love: {:.2f}').format(self.inc['love']),
self.sblue),
'rest':
tx.new_text(self.fonts, 'calibri_10',
('Rest: {:.2f}').format(self.inc['rest']),
self.sblue),
'fitness':
tx.new_text(self.fonts, 'calibri_10',
('Fit: {:.2f}').format(self.genome.fitness),
self.sblue),
'age':
tx.new_text(self.fonts, 'calibri_10',
('Age: {}').format(self.inf['age']), self.sblue)
}
def update_text(self):
self.nametext = tx.new_text(Setting.fonts, 'calibri_10', self.name,
(127, 118, 200))
self.valtext = tx.new_text(Setting.fonts, 'calibri_10',
('{:.2f}').format(self.val * self.mult),
(127, 118, 200))