FILE POOL DISPLAY IMAGES

import random
import numpy as np

##-------------------------------- section I ------------------------------------------


image_list = []

curve = np.array(["shape2.jpg", "shape3.jpg","shape7.jpg","shape8.jpg", "shape9.jpg","shape11.jpg","shape12.jpg", "shape13.jpg", "shape14.jpg"])

image_list.extend(curve)

close = np.array(["shape2.jpg", "shape3.jpg", "shape6.jpg", "shape7.jpg", "shape8.jpg", "shape9.jpg", "shape11.jpg", "shape12.jpg", "shape14.jpg"])

image_list.extend(close)

diag = np.array(["shape1.02.jpg", "shape3.jpg", "shape5.jpg", "shape6.jpg", "shape13.jpg"])

image_list.extend(diag)

sym = np.array(["shape2.jpg", "shape3.jpg", "shape4.jpg", "shape5.jpg", "shape6.jpg", "shape7.jpg", "shape10.jpg", "shape14.jpg"])

image_list.extend(sym)
image_list = np.unique(image_list)

text = ['curve?', 'sym?', 'diag?', 'sym']

#counter = 0
for symbo in image_list:
    #counter += 1
    #print counter
    #print symbo
    exp.sym_cnvs = self.offline_canvas()
    xc = exp.sym_cnvs.xcenter()
    yc = exp.sym_cnvs.ycenter()
    chosen_text = random.choice(text)
    exp.text_cnvs = self.offline_canvas()
    cx = exp.text_cnvs.xcenter()
    cy = exp.text_cnvs.ycenter()
    sympic = exp.get_file(symbo)
    #print type(sympic)
    exp.sym_cnvs.image(sympic, xc, yc)
    exp.text_cnvs.set_font("mono",100)
    exp.text_cnvs.text(chosen_text, cx, cy)


    if symbo in diag:
        if chosen_text == 'diag?':
            exp.set("correct_response", "y")
        else:
            exp.set("correct_response", "n")

    if symbo in curve:
        if chosen_text == 'curve?':
            exp.set("correct_response", "y")
        else:
            exp.set("correct_response", "n")

    if symbo in close:
        if chosen_text == 'close?':
            exp.set("correct_response", "y")
        else:
            exp.set("correct_response", "n")

    if symbo in sym:
        if chosen_text == 'sym?':
            exp.set("correct_response", "y")
        else:
            exp.set("correct_response", "n")

RUN PHASE:

exp.sym_cnvs.show()
self.sleep(3000)
exp.sym_cnvs.clear()


exp.text_cnvs.show()
#self.sleep(3000)
exp.text_cnvs.clear()