def run_serial(data, size, mode):
"""
Run the median filter in serial.
"""
th.switch_mp_off()
cpu_result = MedianFilter.filter_func(data, size, mode)
th.switch_mp_on()
return cpu_result
def test_executed_no_helper_seq(self):
images = th.generate_images()
size = 3
mode = 'reflect'
original = np.copy(images.data[0])
th.switch_mp_off()
result = MedianFilter.filter_func(images, size, mode)
th.switch_mp_on()
th.assert_not_equals(result.data, original)
def test_executed_seq(self):
th.switch_mp_off()
self.do_execute()
th.switch_mp_on()
def test_executed_xy_seq_1024_1024(self):
th.switch_mp_off()
self.do_execute_xy((1024, 1024))
th.switch_mp_on()
def test_executed_xy_seq_512_256(self):
th.switch_mp_off()
self.do_execute_xy((512, 256))
th.switch_mp_on()
def test_executed_xy_seq_128_256(self):
th.switch_mp_off()
self.do_execute_xy((128, 256))
th.switch_mp_on()
def test_executed_uniform_seq_5_int(self):
th.switch_mp_off()
self.do_execute_uniform(5.0, np.int32)
th.switch_mp_on()
def test_executed_uniform_seq_5(self):
th.switch_mp_off()
self.do_execute_uniform(5.0)
th.switch_mp_on()