def get_angle_laser(self, x, y, direction):
return [
ProjectileLaser(x, y, direction * self.speed, self.angle,
direction, self.dmg),
ProjectileLaser(x, y, direction * self.speed,
(90 - self.angle) + 90, direction, self.dmg)
]
def get_rail_gun(self, x, y, is_player):
closest_enemy = None
closest_dist = 123123123
if is_player:
for enemy in globals.enemies:
dist = util.distance((self.x, self.y), (enemy.x, enemy.y))
if dist < closest_dist:
closest_dist = dist
closest_enemy = enemy
else:
closest_enemy = globals.player_ship
if closest_enemy is None:
return []
target_vec = [0, 0]
target_vec[0] = closest_enemy.x - self.x
target_vec[1] = closest_enemy.y - self.y
length = util.get_vector_length(target_vec)
target_vec[0] /= length
target_vec[1] /= length
# black magic
if not is_player:
target_vec[0] = -1 * target_vec[0]
proj = ProjectileLaser(x, y, self.speed, target_vec, is_player,
self.dmg)
proj.scale = 4.0
return [proj]
def get_angle_laser(self, x, y, is_player):
return [
ProjectileLaser(x, y, self.speed, self.dir_vec, is_player,
self.dmg),
ProjectileLaser(x, y, self.speed,
[self.dir_vec[0], -self.dir_vec[1]], is_player,
self.dmg)
]
def get_rail_gun(self, x, y, direction):
closest_enemy = None
closest_dist = 123123123
if not self._owner.is_enemy:
for enemy in globals.enemies:
dist = util.distance((self.x, self.y), (enemy.x, enemy.y))
if dist < closest_dist:
closest_dist = dist
closest_enemy = enemy
else:
closest_enemy = globals.player_ship
print("Closest Enemy for Railgun: {}/{}".format(
closest_enemy.x, closest_enemy.y))
#angle = math.degrees(math.atan2(closest_enemy.y - y, closest_enemy.x - x))
angle = math.degrees(
math.atan((closest_enemy.y - y) / (closest_enemy.x - x)))
#angle = angle if angle >= 0 else angle + 360
proj = ProjectileLaser(x, y, self.speed, angle, direction, self.dmg)
proj.scale = 4.0
return [proj]
def get_heavy_laser(self, x, y, direction):
proj = ProjectileLaser(x, y, direction * self.speed, self.angle,
direction, self.dmg)
proj.scale = 2.0
return [proj]
def get_simple_laser_projectile(self, x, y, direction):
return [
ProjectileLaser(x, y, direction * self.speed, self.angle,
direction, self.dmg)
]
def get_heavy_laser(self, x, y, is_player):
proj = ProjectileLaser(x, y, self.speed, self.dir_vec, is_player,
self.dmg)
proj.scale = 2.0
return [proj]
def get_simple_laser_projectile(self, x, y, is_player):
projectile = ProjectileLaser(x, y, self.speed, self.dir_vec, is_player,
self.dmg)
array = []
array.append(projectile)
return array