def update(self, current_time, light):
if self.next_update_time < current_time:
#check for notice of player
for p in self.players.sprites():
if ruler.distance(self, p) < 150:
self.following = True
else:
self.following = False
#determine color
if not light:
bright = 50 - ruler.distance(self, p)
if bright < 0: bright = 0
self.image.fill([bright, bright, bright])
#if following
if self.following and self.acting == False:
self.acting = True
s = pygame.mixer.Sound("whisper3.ogg")
s.set_volume(100 - ruler.distance(self, p))
s.play()
self.action = actions.WanderNearPlayer(current_time, self, p)
#if light was turned on, then charge
if self.following and light:
if not isinstance(self.action, actions.ChargePlayer):
s = pygame.mixer.Sound("whisper2.ogg")
s.play()
self.action = actions.ChargePlayer(current_time, self, p)
#if light was turned off, stop charging
if isinstance(self.action, actions.ChargePlayer) and not light:
self.action = actions.StandStillSilently(current_time, self)
# if wandering
if self.acting == False:
if random.randint(1, 100) < 30:
self.acting = True
self.action = actions.StandStillSilently(
current_time, self)
else:
self.acting = True
s = pygame.mixer.Sound("slowstep1.ogg")
if (100 - ruler.distance(self, p) / 2) >= 0:
s.set_volume(100 - ruler.distance(self, p))
else:
s.set_volume(0)
s.play()
self.action = actions.WanderRandomSlow(current_time, self)
self.action.update(current_time)
self.next_update_time = current_time + 30
def update(self, currentTime):
# print('x: ' +str(self.xmomentum))
# print('y: ' +str(self.ymomentum))
if self.xmomentum > 10: self.xmomentum = 10
if self.ymomentum > 10: self.ymomentum = 10
if self.xmomentum < -10: self.xmomentum = -10
if self.ymomentum < -10: self.ymomentum = -10
if ruler.distance(self.player, self.actor) < 35:
self.xmomentum = ruler.xdir(self.actor, self.player)
self.ymomentum = ruler.ydir(self.actor, self.player)
self.xmomentum += ruler.xdir(self.actor, self.player)
self.ymomentum += ruler.ydir(self.actor, self.player)
if self.xmomentum > 0: self.right = True
else: self.right = False
if self.ymomentum > 0: self.down = True
else: self.down = False
if self.down:
self.actor.moveDown()
if not self.down:
self.actor.moveUp()
if self.right:
self.actor.moveRight()
if not self.right:
self.actor.moveLeft()
def update(self, currentTime):
dist = ruler.distance(self.actor, self.player)
xdir = ruler.xdir(self.actor, self.player)
ydir = ruler.ydir(self.actor, self.player)
if dist > 150:
if random.randint(1, 1000) < 5:
self.actor.acting = False
if dist > 50:
if xdir > 0: self.right = True
else: self.right = False
if ydir > 0: self.down = True
else: self.down = False
if dist < 35:
s = pygame.mixer.Sound("whisper2.ogg")
if (100 - ruler.distance(self.actor, self.player)) >= 0:
s.set_volume(
100.0 /
(100 - ruler.distance(self.actor, self.player) / 2.0))
else:
s.set_volume(0)
s.play()
if xdir > 0: self.right = False
else: self.right = True
if ydir > 0: self.down = False
else: self.down = True
if random.randint(1, 100) < 3:
self.down = not self.down
if random.randint(1, 100) < 3:
self.right = not self.right
if currentTime % 2 == 0 or dist > 50:
if self.down:
self.actor.moveDown()
if not self.down:
self.actor.moveUp()
if self.right:
self.actor.moveRight()
if not self.right:
self.actor.moveLeft()
def update(self, currentTime):
# check to see if we quit wandering
if random.randint(1, 1000) < 20:
self.actor.acting = False
# check to see if we change direction
if random.randint(1, 100) < 3:
s = pygame.mixer.Sound("slowstep1.ogg")
if (100 - ruler.distance(self.actor, self.player) / 2) >= 0:
s.set_volume(
100.0 /
(100 - ruler.distance(self.actor, self.player) / 2.0))
else:
s.set_volume(0)
s.play()
self.down = not self.down
if random.randint(1, 100) < 3:
s = pygame.mixer.Sound("slowstep1.ogg")
if (100 - ruler.distance(self.actor, self.player) / 2) >= 0:
s.set_volume(
100.0 /
(100 - ruler.distance(self.actor, self.player) / 2.0))
else:
s.set_volume(0)
s.play()
self.right = not self.right
#call movement
if self.down:
self.actor.moveDown()
if not self.down:
self.actor.moveUp()
if self.right:
self.actor.moveRight()
if not self.right:
self.actor.moveLeft()
def update(self, current_time, light):
for p in self.players:
self.p = p
#determine color
if not light:
bright = 100 - ruler.distance(self, self.p)
if bright < 0: bright = 0
self.image.fill([bright, bright / 2, bright / 2])
if self.light and not self.lit:
self.lit = True
self.image.fill([60, 60, 60])
if not self.light and self.lit:
self.lit = False
self.image = pygame.image.load('wallblock.png').convert()
import numpy as np
from colorama import Fore, Style
import os
os.chdir("C:/Users/Lenovo/Documents/GitHub/python-eval/needleman_wunsch")
mon_fichier = open("DATASET.txt", "r")
#on le lit avec read.
import ruler
from ruler import Ruler
contenu = mon_fichier.read()
contenu = contenu.split()
print(contenu)
i=0
while i < len(contenu) :
ruler = Ruler(contenu[i], contenu[i+1])
print(ruler.distance(contenu[i], contenu[i+1],ruler.compute(contenu[i], contenu[i+1])))
i +=2
#python3 bundle.py DATASET