from SimpleVisionEgg import *
# get information from subject before initializing vision egg
# global variables for experiment condition coding
SUBJECT = raw_input("Participant: ")
HANDEDNESS = EH.subject_info("Condition (S/D): ", ("S", "D"))
exp_version = EH.subject_info("Expt Version (1/2): ", (1, 2))
if exp_version == 1:
APPROACH_SIDE_FIRST = "LEFT"
WITHDRAW_SIDE_FIRST = "RIGHT"
elif exp_version == 2:
APPROACH_SIDE_FIRST = "RIGHT"
WITHDRAW_SIDE_FIRST = "LEFT"
# initialize vision egg
vision_egg = SimpleVisionEgg()
screen = vision_egg.screen
screen.parameters.bgcolor = (0, 0, 0)
xlim, ylim = vision_egg.screen.size # size of the screen in pixels
# a few useful stim objects
std_params = {"anchor": "center", "position": (xlim / 2, ylim / 2), "on": False} # for text display objects
fixation = Text(text="+", font_size=55, **std_params)
blank = Text(text="", **std_params)
rest_screen = Text(text="Press SPACE to continue.", **std_params)
###########################
# A couple useful classes #
###########################
class PicStim(TextureStimulus):
""" Stimulus object for showing a picture.
limit -- if you give it key values (e.g. ("l","m") accepts only those)
buttonbox -- a parallel.respbox.RespBox instance
this gives back the integer 2^x, x indexes the finger
dont give it a limit if you do this
"""
# Here's an easy way to imput the subject designation and other starting info
subject = raw_input('Subject designation: ')
exp_version = None
while exp_version not in (1, 2):
exp_version = input("Experiment Version (1 or 2): ")
##############
# Initialize #
##############
vision_egg = SimpleVisionEgg()
screen = vision_egg.screen
screen.parameters.bgcolor = [0,0,0]
xlim, ylim = vision_egg.screen.size # screen size in pixels
#box = respbox.RespBox()
###########
# Stimuli #
###########
std_params = {'anchor': 'center', # for text display objects
'position': (xlim/2,ylim/2),
'on': False}
rest = Text(text="Press space to begin.", **std_params)
fixation = Text(text="+", font_size=55, **std_params)
blank = Text(text="", **std_params)
# You need to import these in addition to whatever else you do
from StimController import Response, Event, Trial, StimController
from SimpleVisionEgg import *
# If using a buttonbox:
#from parallel import respbox
from pygame import K_SPACE
import random
from VisionEgg.Text import Text
from VisionEgg.MoreStimuli import FilledCircle
##############
# Initialize #
##############
vision_egg = SimpleVisionEgg()
screen = vision_egg.screen
screen.parameters.bgcolor = [0,0,0]
xlim, ylim = vision_egg.screen.size # screen size in pixels
#box = respbox.RespBox()
###########
# Stimuli #
###########
center = (xlim/2,ylim/2)
rest = Text(text="Press space to begin.", position=center, anchor='center',
on=False)
cues = ['G','N']
fixation = dict((cue, Text(text=cue, font_size=55, position=center, anchor='center',
sys.path.append(SVE_DIRECTORY) # add the SimpleVisionEgg functions to path
from random import shuffle, randint
from pygame import K_SPACE
from VisionEgg.Text import Text
from VisionEgg.WrappedText import WrappedText
from VisionEgg.Textures import Texture, TextureStimulus
from StimController import Response, Event, Trial, StimController
from SimpleVisionEgg import *
trial_index = 0
SUBJECT = raw_input('Participant: ')
time_point = int(raw_input('Time (1/2/3/4): '))
# initialize vision egg
vision_egg = SimpleVisionEgg()
screen = vision_egg.screen
screen.parameters.bgcolor = (0, 0, 0)
xlim, ylim = vision_egg.screen.size # size of the screen in pixels
# a few useful stim objects
std_params = {
'anchor': 'center', # for text display objects
'position': (xlim / 2, ylim / 2),
'on': False
}
fixation = Text(text="+", font_size=55, **std_params)
mask = Text(text="XXXXXXXXXXX", font_size=55, **std_params)
blank = Text(text="", **std_params)
rest_screen = Text(text="Press SPACE to continue.", **std_params)
