def ResetTrial():
global central_pos, stim, clock, status, keep_going
central_pos = [gabor_ball.total_diameter/2, ScreenSize[1] - (gabor_ball.total_diameter/2)]
stim = gabor_ball.init(central_pos, ScreenSize, win, n_patches)
clock = psychopy.core.Clock()
status = 0
keep_going = True
def ResetTrial():
global central_pos, stim, clock, status, keep_going, ScreenSize, tmp_t
central_pos = [ScreenSize[0] / 2, ScreenSize[1] / 2]
stim = gabor_ball.init(central_pos, ScreenSize, win, n_patches)
clock = psychopy.core.Clock()
status = 0
tmp_t = 0
keep_going = True
def InitialisePos():
global stim, waiting_indice, moving_indice
waiting_indice = []
moving_indice = []
for i in range(stim.n_patches):
moving_indice.append(i)
for i in range(num_waiting_patch):
index = random.randrange(0, stim.n_patches)
while index in waiting_indice:
index = random.randrange(0, stim.n_patches)
waiting_indice.append(index)
moving_indice.remove(index)
#print(waiting_indice)
#print(moving_indice)
# set the corner position
central_pos = [
gabor_ball.total_diameter / 2, gabor_ball.total_diameter / 2
]
stim = gabor_ball.init(central_pos, ScreenSize, win, n_patches)
# store the patch positions at the corner
target_pos = []
for i in range(len(waiting_indice)):
target_pos.append(stim.gratings[waiting_indice[i]].pos)
# rest to the initial pos
central_pos = [
gabor_ball.total_diameter / 2,
ScreenSize[1] - (gabor_ball.total_diameter / 2)
]
stim = gabor_ball.init(central_pos, ScreenSize, win, n_patches)
# restore the patches position for 'waiting' patches
for i in range(len(waiting_indice)):
stim.gratings[waiting_indice[i]].pos = target_pos[i]
def ResetTrial():
global central_pos, stim, clock, status, keep_going, beta_idx
central_pos = [gabor_ball.total_diameter/2, ScreenSize[1] - (gabor_ball.total_diameter/2)]
stim = gabor_ball.init(central_pos, ScreenSize, win, n_patches)
clock = psychopy.core.Clock()
status = 0
keep_going = True
for index in range(stim.n_patches):
stim.gratings[index].ori = 0
beta_idx = random.randrange(0, stim.n_patches-1)
stim.gratings[beta_idx].ori = random.randrange(30, 150)
stim.gratings[beta_idx+1].ori = random.randrange(30, 150)
def ResetTrial():
global central_pos, stim, clock, status, keep_going
#target pos
central_pos = [gabor_ball.total_diameter, gabor_ball.total_diameter]
stim = gabor_ball.init(central_pos, ScreenSize, win, n_patches)
InitialisePos()
#initial pos
central_pos = [gabor_ball.total_diameter, ScreenSize[1]]
clock = psychopy.core.Clock()
status = 0
keep_going = True
def ResetTrial():
global central_pos, stim, clock, status, keep_going, background, start_time, background_stim
central_pos = [ScreenSize[0] / 2, ScreenSize[1] / 2]
stim = gabor_ball.init(central_pos, ScreenSize, win, n_patches)
clock = psychopy.core.Clock()
status = 0
keep_going = True
start_time = clock.getTime()
if background_type == BackgroundType.Grating:
background_stim = CreateBGGrating()
elif background_type == BackgroundType.Dots:
background_stim = CreateDots()
elif background_type == BackgroundType.Grid:
background_stim = CreateGrid()
if change_type == ChangeType.BackgroundColor:
window.color = [1, 0, 0]
elif change_type == ChangeType.GratingColor:
background.color = [1, 0, 0]
shift_size = 2.5
change_angle = 15
# init position
#central_pos = [gabor_ball.total_diameter/2, ScreenSize[1] - (gabor_ball.total_diameter/2)]
central_pos = [ScreenSize[0] / 2, ScreenSize[1] / 2]
win = psychopy.visual.Window(
size=ScreenSize,
units="pix",
color=[.5, .5, .5],
fullscr=False,
)
stim = gabor_ball.init(central_pos, ScreenSize, win)
gratings = stim["gratings"]
fixation_dot = stim["fixation_dot"]
x_pos = stim["x_pos"]
y_pos = stim["y_pos"]
def Change():
index = random.randrange(0, int(gabor_ball.n_patches / 2))
gratings[index].ori = gratings[index].ori - 10
# x_pos[index] = x_pos[index] + shift_size
# y_pos[index] = y_pos[index] + shift_size
clock = psychopy.core.Clock()
keep_going = True
if causality_type == CausalityType.PassThrough:
space_A_and_B = -r_total * 2
# define shape
cos60 = math.sqrt(3) / 2
sin60 = 0.5
r_total = gabor_ball.total_diameter / 2
# init position
central_pos_A = [r_total, ScreenSize[1] / 2]
central_pos_B = [ScreenSize[0] / 2, ScreenSize[1] / 2]
win = psychopy.visual.Window(size=ScreenSize, units="pix", fullscr=False)
stimA = gabor_ball.init(central_pos_A, ScreenSize, win)
gratings_A = stimA["gratings"]
fixation_dot_A = stimA["fixation_dot"]
stimB = gabor_ball.init(central_pos_B, ScreenSize, win)
gratings_B = stimB["gratings"]
fixation_dot_B = stimB["fixation_dot"]
x_pos = stimA["x_pos"]
y_pos = stimA["y_pos"]
def Change():
index = random.randrange(0, gabor_ball.n_patches)
gratings_B[index].ori = gratings_B[index].ori + change_angle
