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| # -*- coding: cp1252 -*-
import pygame, os, platform , random , numpy, math
from pygame.locals import *
from random import *
#definition des couleurs
rouge=(255,0,0)
vert_clair=(0,100,0)
bleu_clair=(0,0,255)
bleu=(0,0,100)
noir=(0,0,0)
jaune=(255,255,0)
orange=(255,140,0)
vert=(0,250,0)
couleurs=[rouge,vert,noir,bleu,bleu_clair,vert_clair,jaune,orange]
def aud(file_input):
leson= pygame.mixer.Sound(file_input)
lecanal=leson.play()
pygame.time.wait(250)
def blank_interval():
screen.fill((245,245,245))
def retention():
pygame.draw.circle(screen, (0,0,0) , (W/2, H/2), 10)
def parametre():
Nb_formes = randint(2,8) # entre 2 et 8 formes
W, H = screen.get_size() # les paramètres sont fait pour s'adapter à tous les écrans
liste_x=[W/12,(3*W)/12,(5*W)/12,(7*W)/12,(9*W)/12,(11*W)/12] # la position des cercles suit un cadrillage virtuel
liste_y=[H/8,(3*H)/8,(5*H)/8,(7*H)/8]
taille = H/10 # taille du rayon des cercles
i = 1
tmp = []
params = []
while i <= Nb_formes :
tmp = []
a = randint(0,5)
b = randint(0,3)
x = liste_x[a]
y = liste_y[b]
positioncircle=(x,y)
couleur = couleurs[randint(0, len(couleurs)-1)]
tmp.append(positioncircle)
tmp.append(couleur)
tmp.append(Nb_formes)
tmp.append(taille)
i = i+1
params.append(tmp)
return params
def stimuli(parametre):
i=0
while i < parametre[0][2] :
pygame.draw.circle(screen,parametre[i][1],parametre[i][0],parametre[i][3])
i = i+1
pygame.draw.circle(screen, (0,0,0) , (W/2, H/2), 10)
def choice1_parametre(parametre):
tmp=[]
params =[]
i= 0
coul = couleurs[randint(0, len(couleurs)-1)]
position = [((9*W)/12,H/2),((3*W)/12,H/2)]
taille = H/10
a = randint(0,parametre[0][2]-1)
tmp.append(a)
tmp.append(coul)
tmp.append(position)
tmp.append(taille)
i=i+1
params.append(tmp)
return params
def choice1(choice1_parametre):
Nb_formes = 2
i = 0
while i <= Nb_formes:
pygame.draw.circle(screen,choice1_parametre[0][1],((9*W)/12,H/2),choice1_parametre[0][3])
pygame.draw.circle(screen,choice1_parametre[1][1],((3*W)/12,H/2),choice1_parametre[1][3])
i = i+1
while True:
for event in pygame.event.get():
if event.type == KEYDOWN:
if event.key == K_RIGHT:
return -1
elif event.key == K_LEFT:
return +1
try:
subject = raw_input('subject name (letters only, no spaces): ')
myfile = open(subject + '.txt', 'wt')
print >>myfile, 'SUBJECT','parametre', subject , parametre
if platform.system() == 'Windows': os.environ['SDL_VIDEODRIVER'] = 'directx'
pygame.init()
pygame.mixer.init()
screen = pygame.display.set_mode([0,0], FULLSCREEN | DOUBLEBUF)
W, H = screen.get_size()
nouvel_essai=True
t0 = pygame.time.get_ticks()
t1=0
at_rep =1
j=0
par=[]
while True:
screen.fill((245,245,245))
if nouvel_essai:
par = parametre()
t0= pygame.time.get_ticks()
nouvel_essai=False
if j > 0:
break
t1=pygame.time.get_ticks()
if 30 < t1-t0 <2000:
retention()
if 2000 < t1-t0 < 2250:
aud('son.wav')
if 2250 < t1-t0 < 2500:
aud('son.wav')
if 2500 < t1-t0 < 2750:
blank_interval()
if 2750 < t1-t0< 3000:
aud('son.wav')
if 3000 < t1-t0 < 4500:
retention()
if 4500 < t1-t0 < 4650:
stimuli(par)
if 4650 < t1-t0 < 5850:
retention()
if 5850 < t1-t0 :
response = choice1(par)
#if 8850 < t1-t0 :
#choice2(par)
if t1-t0 > 12000:
j=j+1
nouvel_essai=True
pygame.display.flip()
finally:
try: myfile.close()
except: pass
pygame.quit() |
