def interpolate(self, prev_obj, next_obj, alpha):
super(Shot, self).interpolate(prev_obj, next_obj, alpha)
self.direction = function.interpolate_angle(prev_obj.direction,
next_obj.direction, alpha)
self.flight_time = prev_obj.flight_time + (
next_obj.flight_time - prev_obj.flight_time) * alpha
def interpolate(self, prev_obj, next_obj, alpha):
# Since the great majority of the attributes are binary, just mass copy
if alpha < 0.5:
obj = prev_obj
else:
obj = next_obj
self = obj.copy()
# Then deal with the few vars that aren't binary
self.respawntimer = prev_obj.respawntimer + (next_obj.respawntimer - prev_obj.respawntimer)*alpha
self.aimdirection = function.interpolate_angle(prev_obj.aimdirection, next_obj.aimdirection, alpha)
def interpolate(self, prev_obj, next_obj, alpha):
# Since the great majority of the attributes are binary, just mass copy
if alpha < 0.5:
obj = prev_obj
else:
obj = next_obj
self = obj.copy()
# Then deal with the few vars that aren't binary
self.respawntimer = prev_obj.respawntimer + (
next_obj.respawntimer - prev_obj.respawntimer) * alpha
self.aimdirection = function.interpolate_angle(prev_obj.aimdirection,
next_obj.aimdirection,
alpha)
def interpolate(self, prev_obj, next_obj, alpha):
self.refirealarm = (1 - alpha) * prev_obj.refirealarm + alpha * next_obj.refirealarm
self.direction = function.interpolate_angle(prev_obj.direction, next_obj.direction, alpha)
def interpolate(self, prev_obj, next_obj, alpha):
super(Shot, self).interpolate(prev_obj, next_obj, alpha)
self.direction = function.interpolate_angle(prev_obj.direction, next_obj.direction, alpha)
self.flight_time = prev_obj.flight_time + (next_obj.flight_time - prev_obj.flight_time) * alpha
def interpolate(self, prev_obj, next_obj, alpha):
self.refirealarm = (
1 - alpha) * prev_obj.refirealarm + alpha * next_obj.refirealarm
self.direction = function.interpolate_angle(prev_obj.direction,
next_obj.direction, alpha)