def buildStimulus(p):
radius = np.linspace(0, p['radius_max'], p['radius_itx'] + 1)
azimuth = np.linspace(0, p['azimuth_max'], p['azimuth_itx'] + 1)
rad_to_degree = lambda rad: rad * 180 / np.pi
np.random.seed(seed=p['rng_seed'])
domain = []
for a in range(p['radius_itx']):
for b in range(p['azimuth_itx']):
domain.append((radius[a], radius[a + 1], rad_to_degree(azimuth[b]),
rad_to_degree(azimuth[b + 1] - azimuth[b])))
p['domain'] = domain
p['rand_streams'] = np.random.rand(len(domain),
p['duration'] * p['frameRate'])
for itx in range(len(domain)):
QDS.DefObj_Sector(itx,
domain[itx][1],
domain[itx][0],
domain[itx][2],
domain[itx][3],
_astep=10)
print(itx, domain[itx][1], domain[itx][0], domain[itx][2],
domain[itx][3])
def buildStimulus(p):
radius = [
p['radius_centre'], p['radius_centre'] + 50, p['radius_centre'] + 100
]
azimuth = [0, 120, 240, 360]
domain = []
for a in range(p['radius_itx']):
for b in range(p['azimuth_itx']):
domain.append((radius[a], radius[a + 1], azimuth[b],
azimuth[b + 1] - azimuth[b]))
p['domain'] = domain
QDS.DefObj_Ellipse(0, p["radius_centre"] * 2, p["radius_centre"] * 2)
for itx in range(len(domain)):
QDS.DefObj_Sector(itx + 1, domain[itx][1], domain[itx][0],
domain[itx][2], domain[itx][3], 5)
def buildStimulus(p):
# Define stimulus objects
QDS.DefObj_Ellipse(1, 50, 50)
QDS.DefObj_Sector(2,125,25,0,360,5)