def start_time(self, t):
# get start time and set current CB objects (and their change times)
Screen.start_time(self, t)
self._last_CB_change_time_left = t
self._last_CB_change_time_right = t
self._current_CB_left = self.CB_cycle_left.next()
self._current_CB_right = self.CB_cycle_right.next()
def start_time(self,t):
# get start time and set current CB objects (and their change times)
Screen.start_time(self,t)
self._last_CB_change_time_left = t
self._last_CB_change_time_right = t
self._last_CB_change_time_center = t
self._current_CB_left = self.CB_cycle_left.next()
self._current_CB_right = self.CB_cycle_right.next()
self._current_CB_center = self.CB_cycle_center.next()
# also used for checking things
self.t_begin = t
def start_time(self,t):
# get start time and set current CB objects (and their change times)
Screen.start_time(self,t)
self._color_func_left = self._get_color_func(start_time = t,
flash_rate = self.flash_rate_left,
shape = "sin",
inv_gamma_func = self.inv_gamma_func,
)
self._color_func_right = self._get_color_func(start_time = t,
flash_rate = self.flash_rate_right,
shape = "sin",
inv_gamma_func = self.inv_gamma_func,
)
self._color_func_center = self._get_color_func(start_time = t,
flash_rate = self.flash_rate_center,
shape = "square",
inv_gamma_func = self.inv_gamma_func,
)
