def __init__(self, coords, mirror=False):
super().__init__(coords, mirror)
self.turret_slots = [[4, 12], [3, 10]]
self.air_support_9_11 = [3, 10]
# wall length
WALL_LENGTH = 3
# 3: should leave 3 10 open for divebomb
self.wall_vip = [[0 + i, 13 - i] for i in range(WALL_LENGTH)]
self.optional_wall = [3, 13]
if self.mirror:
self.turret_slots = gamelib.mirror(self.turret_slots)
self.wall_vip = gamelib.mirror(self.wall_vip)
self.optional_wall = gamelib.mirror(self.optional_wall)[0]
self.air_support_9_11 = gamelib.mirror(self.air_support_9_11)[0]
def init_wall(self):
coords = [[],[]]
for i in range(4):
for j in range(2):
to_add = [GREATWALL[0][0]+i, GREATWALL[0][1]-j]
coords[0].append(to_add)
coords[1]+= (gamelib.mirror(to_add))
return coords
def __init__(self, coords, mirror=False):
super().__init__(coords, mirror)
# slots that should and can have turrets
self.turret_slots = [
[9 + i, 11 - i] for i in range(5)
] # whenever building new turret append to this. Order of uprading turret is decided in this order too
if mirror:
self.turret_slots = gamelib.mirror(self.turret_slots)
def init_funnel(self):
coords = [[],[]]
for i in range(5):
for j in range(5-i):
to_add = [FUNNEL[0][0]-i ,FUNNEL[0][1]-j]
coords[0].append(to_add)
coords[1] += (gamelib.mirror(to_add))
return coords
def init_entrance(self):
coords = [[],[]]
for i in range(5):
to_add = [ENTRANCE[0][0]+i,ENTRANCE[0][1]-i]
to_add2 = [to_add[0],to_add[1]+1]
coords[0] += [to_add,to_add2]
coords[1] += gamelib.mirror([to_add,to_add2])
return coords
def aa_middle(self,game_state,MP_points):
startLeft = int(MP_points/2)
startRight = MP_points - startLeft
if 2 * 2 <= startLeft:
game_state.attempt_spawn(INTERCEPTOR,LEFTHOME, 2)
startLeft-=2
if 2*2 <= startRight:
game_state.attempt_spawn(INTERCEPTOR,RIGHTHOME,2)
startRight-=2
game_state.attempt_spawn(INTERCEPTOR, [7,6], startLeft)
game_state.attempt_spawn(INTERCEPTOR, gamelib.mirror([7,6]), startRight)
def init_farmland(self):
coords = []
cur = FARM[0]
width = abs(FARM[2][0] - FARM[0][0]) +1
height = abs(FARM[1][1] - FARM[0][1]) + 1
for y in range(height):
for x in range(width):
to_add = [ cur[0]-(x), cur[1]+(y)+x ]
coords.append(to_add)
#mirror returns a list of coords
coords += (gamelib.mirror(to_add))
return coords
def reinforce(self, game_state, SP_points):
# upgrade turret -> upgrade wall -> turret + wall
random.shuffle(self.turret_slots)
for i in self.turret_slots:
if not self.final_form and i in [HOLE, gamelib.mirror(HOLE)[0]]:
continue
empty_wall = True
wall_upgradable = False
wall = game_state.contains_stationary_unit([i[0], i[1] + 1])
if wall:
empty_wall = False
wall_upgradable = not wall.upgraded
empty_turret = True
turret_upgradable = False
turret = game_state.contains_stationary_unit(i)
if turret:
empty_turret = False
turret_upgradable = not turret.upgraded
if turret_upgradable and SP_points >= 4:
game_state.attempt_upgrade(i)
SP_points = game_state.get_allowance()
if wall_upgradable and SP_points >= 2:
game_state.attempt_upgrade([i[0], i[1] + 1])
SP_points = game_state.get_allowance()
if empty_turret and empty_wall and SP_points >= 3:
game_state.attempt_spawn(WALL, [i[0], i[1] + 1])
game_state.attempt_spawn(TURRET, i)
SP_points = game_state.get_allowance()
def starting_setup(self, game_state, turn ):
## Defense
if turn == 0:
wall_coords = [[0,13], [1,12], [2,11], [3,10] ]
# for the other hole
wall_coords = wall_coords[:3]
wall_coords += gamelib.mirror(wall_coords)
turret_coords = [[5,12]]
turret_coords += gamelib.mirror(turret_coords)
interceptor_coords = [[7,6]]
interceptor_coords += gamelib.mirror(interceptor_coords)
# should always succeed
game_state.attempt_spawn(WALL,wall_coords)
game_state.attempt_spawn(TURRET,turret_coords)
game_state.attempt_upgrade(turret_coords)
game_state.attempt_spawn(INTERCEPTOR, interceptor_coords,2)
game_state.attempt_spawn(INTERCEPTOR, interceptor_coords[0], 1 )
game_state.attempt_spawn(WALL, [turret_coords[0][0],turret_coords[0][1]+1])
# for the turret in hole scenrario
game_state.attempt_spawn(WALL, gamelib.mirror([turret_coords[0][0],turret_coords[0][1]+1]))
self.add_factory(game_state, 9)
# to update information
# i need a function for left and right, that basically just updates its units
self.left.end_turn(game_state)
self.right.end_turn(game_state)
elif turn == 1:
SP_points = game_state.get_resource(0,0)
game_state.attempt_spawn(WALL,gamelib.mirror([5,13]))
# possible sp after other wall 4- 9
if SP_points == 4:
pass # wait for next sp
elif SP_points == 9:
self.add_factory(game_state, 9)
else:
# make sure i have 4 sp left.
can_spend = SP_points - 4
# 5,6,7,8 - 4 = 1,2,3,4
if can_spend == 1:
# add a wall
game_state.attempt_spawn(WALL,(13,8) )
elif can_spend == 2:
# add 2 walls
game_state.attempt_spawn(WALL,(13,8) )
game_state.attempt_spawn(WALL , gamelib.mirror([13,8]) )
else:
# add wall with turret
game_state.attempt_spawn(WALL,(13,8) )
game_state.attempt_spawn(TURRET,(13,7) )
# interceptors. Have 6 MP_points now
game_state.attempt_spawn(INTERCEPTOR, [7,6], 3)
game_state.attempt_spawn(INTERCEPTOR, gamelib.mirror([7,6]), 3)
# to update information
self.left.end_turn(game_state)
self.right.end_turn(game_state)
elif turn == 2:
SP_points = game_state.get_resource(0,0)
if SP_points == 9:
self.add_factory(game_state,9)
game_state.attempt_spawn(INTERCEPTOR, [7,6], 3)
game_state.attempt_spawn(INTERCEPTOR, gamelib.mirror([7,6]), 3)
self.left.end_turn(game_state)
self.right.end_turn(game_state)
else:
# less than
self.tower_defense_loop(game_state)