def apex(subformation, defense, arguments, optional_arguments):
side_type = arguments[0]
apex_type = arguments[1]
y = int(arguments[2])
flip = True if arguments[3] == 'True' else False
players_list = list(subformation.players.values())
align_side = sutils.get_side(side_type, players_list,
subformation.hash_mark)
if flip:
align_side = 'RT' if align_side == 'LT' else 'LT'
receivers_inside_out = sutils.get_receivers_inside_out(players_list, 'LT') if align_side == 'LT' \
else sutils.get_receivers_inside_out(players_list, 'RT')
receivers_outside_in = sutils.get_receivers_outside_in(players_list, 'LT') if align_side == 'LT' \
else sutils.get_receivers_outside_in(players_list, 'RT')
if apex_type == 'T_1st':
if len(receivers_inside_out) >= 1:
x = (receivers_inside_out[0].x + sutils.get_lt(players_list).x) // 2 if align_side == 'LT' \
else (receivers_inside_out[0].x + sutils.get_rt(players_list).x) // 2
else:
x, y = INVALID_POSITION
elif apex_type == '3_2':
if len(receivers_outside_in) >= 3:
x = (receivers_outside_in[2].x + receivers_outside_in[1].x) // 2
else:
x, y = INVALID_POSITION
else: # apex_type == '2_1:
if len(receivers_outside_in) >= 2:
x = (receivers_outside_in[1].x + receivers_outside_in[0].x) // 2
else:
x, y = INVALID_POSITION
return x, y
def is_there_te(subformation, side_type, flip):
side = su.get_side(side_type, list(subformation.players.values()),
subformation.hash_mark)
if flip == 'True':
side = 'RT' if side == 'LT' else 'LT'
first_attached = su.get_first_attached(list(subformation.players.values()),
side)
return first_attached != None and first_attached.y == 1
def tech_alignment(subformation, defense, arguments, optional_arguments):
side_type = arguments[0]
alignment = arguments[1]
y = int(arguments[2])
flip = True if arguments[3] == 'True' else False
players_list = list(subformation.players.values())
align_side = sutils.get_side(side_type, players_list,
subformation.hash_mark)
if flip:
align_side = 'RT' if align_side == 'LT' else 'LT'
offset = -1 if 'i' in alignment else 1
offset = offset if align_side == 'RT' else offset * -1
if alignment in ['0', '2', '4', '6', '8']:
offset = 0
# Get alignment player
if alignment in ['0', '1']:
align_player = sutils.get_center(players_list)
elif alignment in ['2i', '2', '3']:
align_player = sutils.get_lg(
players_list) if align_side == 'LT' else sutils.get_rg(
players_list)
elif alignment in ['4i', '4', '5']:
align_player = sutils.get_lt(
players_list) if align_side == 'LT' else sutils.get_rt(
players_list)
elif alignment in ['6i', '6', '7']:
align_player = sutils.get_first_attached(players_list, 'LT')\
if align_side == 'LT' else sutils.get_first_attached(players_list, 'RT')
ghost_distance_multiplier = 1
elif alignment in ['8i', '8', '9']:
align_player = sutils.get_second_attached(players_list, 'LT') \
if align_side == 'LT' else sutils.get_second_attached(players_list, 'RT')
ghost_distance_multiplier = 2
if align_player:
x = align_player.x + offset
else:
x = sutils.get_rt(players_list).x + GHOST_DISTANCE * ghost_distance_multiplier \
if align_side == 'RT' else \
sutils.get_lt(players_list).x - GHOST_DISTANCE * ghost_distance_multiplier
if 'slide_in_if_covered' in optional_arguments:
min_x, max_x = (x - 5, x + 1) if align_side == 'LT' else (x - 1, x + 5)
if is_a_defender_between(defense, min_x, max_x, 1):
x = x + 3 if align_side == 'LT' else x - 3
return x, y
def first_open_gap(subformation, defense, arguments, optional_arguments):
side_type = arguments[0]
y = int(arguments[1])
flip = True if arguments[2] == 'True' else False
players_list = list(subformation.players.values())
align_side = sutils.get_side(side_type, players_list,
subformation.hash_mark)
if flip:
align_side = 'RT' if align_side == 'LT' else 'LT'
inside_lineman_x = sutils.get_center(players_list).x
if align_side == 'RT':
outside_lineman_x = sutils.get_rg(players_list).x
if not is_a_defender_between(defense, inside_lineman_x,
outside_lineman_x, 5):
return (inside_lineman_x + outside_lineman_x) // 2, y
inside_lineman_x = outside_lineman_x
outside_lineman_x = sutils.get_rt(players_list).x
if not is_a_defender_between(defense, inside_lineman_x,
outside_lineman_x, 5):
return (inside_lineman_x + outside_lineman_x) // 2, y
return outside_lineman_x + 2, y
outside_lineman_x = sutils.get_lg(players_list).x
if not is_a_defender_between(defense, outside_lineman_x, inside_lineman_x,
5):
return (inside_lineman_x + outside_lineman_x) // 2, y
inside_lineman_x = outside_lineman_x
outside_lineman_x = sutils.get_lt(players_list).x
if not is_a_defender_between(defense, outside_lineman_x, inside_lineman_x,
5):
return (inside_lineman_x + outside_lineman_x) // 2, y
return outside_lineman_x - 2, y
def over(subformation, defense, arguments, optional_arguments):
side_type = arguments[0]
over = arguments[1]
y = int(arguments[2])
offset = int(arguments[3])
flip = True if arguments[4] == 'True' else False
players_list = list(subformation.players.values())
align_side = sutils.get_side(side_type, players_list,
subformation.hash_mark)
if flip:
align_side = 'RT' if align_side == 'LT' else 'LT'
player_direction_outside_accross = 'right_to_left' if align_side == 'RT' else 'left_to_right'
receivers_outside_across = sutils.get_skill_ordered(
players_list, player_direction_outside_accross)
offset = offset if align_side == 'RT' else -offset
player_defender_is_over = None
if over == '#1':
player_defender_is_over = receivers_outside_across[0]
elif over == '#2':
player_defender_is_over = receivers_outside_across[1]
elif over == '#3':
player_defender_is_over = receivers_outside_across[2]
elif over == '#4':
player_defender_is_over = receivers_outside_across[3]
elif over == 'last_attached':
player_defender_is_over = sutils.get_outside_most_attached_or_tackle(
players_list, align_side)
elif over == 'first_attached':
player_defender_is_over = sutils.get_first_attached(
players_list, align_side)
elif over == 'los_between_2_1':
player_defender_is_over = receivers_outside_across[
1] if receivers_outside_across[
1].y == 1 else receivers_outside_across[0]
elif over == 'non_los_between_2_1':
player_defender_is_over = receivers_outside_across[
1] if receivers_outside_across[
1].y != 1 else receivers_outside_across[0]
elif over == 'los_between_3_2':
player_defender_is_over = receivers_outside_across[
2] if receivers_outside_across[
2].y == 1 else receivers_outside_across[1]
elif over == 'non_los_between_3_2':
player_defender_is_over = receivers_outside_across[
2] if receivers_outside_across[
2].y != 1 else receivers_outside_across[1]
x = player_defender_is_over.x + offset
if 'back_off_if_occupied' in optional_arguments:
min_x, max_x = (
player_defender_is_over.x - 5, player_defender_is_over.x +
1) if align_side == 'LT' else (player_defender_is_over.x - 1,
player_defender_is_over.x + 5)
if is_a_defender_between(defense, min_x, max_x, 3):
y = 5
if 'back_off_further_if_occupied' in optional_arguments:
min_x, max_x = (
player_defender_is_over.x - 5, player_defender_is_over.x +
1) if align_side == 'LT' else (player_defender_is_over.x - 1,
player_defender_is_over.x + 5)
if is_a_defender_between(defense, min_x, max_x, 3):
y = 7
if 'back_off_wing' in optional_arguments and y < 2 and player_defender_is_over.y > 1:
y = 2
return x, y
def num_receivers(subformation, side_type, flip):
side = su.get_side(side_type, list(subformation.players.values()),
subformation.hash_mark)
if flip == 'True':
side = 'RT' if side == 'LT' else 'LT'
return su.get_num_receivers(list(subformation.players.values()), side)
def surface(subformation, side_type, flip):
side = su.get_side(side_type, list(subformation.players.values()),
subformation.hash_mark)
if flip == 'True':
side = 'RT' if side == 'LT' else 'LT'
return su.get_surface_structure(list(subformation.players.values()), side)