def checkforTargets(self, enemy_list):
'''Checks to see what enemy is inside of its range'''
tList = [];
count = 0
for i in enemy_list: #Grabbs information from enemies within range and putts usefull information in a list, the targetable list
# self.targeting_list = [ [0] = Name, [1] = Health, [2] = Xpos, [3] = Ypos, [4] = distance**2, [5] = position in enemy_list, [6] = distance travaled, [7] = Movement Vector]
if twoD_math.point_distance_check(self.pos[0], self.pos[1], i.pos[0], i.pos[1]) <= self.range2:
tList.append([i.name, i.health, i.pos[0], i.pos[1], twoD_math.point_distance_check(self.pos[0], self.pos[1], i.pos[0], i.pos[1]), count, i.DistTrav, i.movVec]);
self.targeting_list = tList;
else:
self.targeting_list = tList;
count += 1
def updateProjectiles(self, dtime, enemy_list):
'''Updates all the projectiles the tower has shot'''
# Controlling projectiles
count = 0
for i in self.projectileList:
i.update(dtime)
for ii in enemy_list:
if twoD_math.point_distance_check(i.pos[0], i.pos[1], ii.pos[0], ii.pos[1]) < i.radius**2+ii.radius**2:
ii.health -= i.damage
self.projectileList = util.listPop(self.projectileList, count)
if i.time >= 2:
self.projectileList = util.listPop(self.projectileList, count)
count += 1