def load_sudoku(sudoku):
""" Create a list of fields with all relevant information based on a sudoku. The sudoku needs to be in the form found in Sudokus.py """
y = 0
id_num = 0
fields = []
for row in sudoku:
x = 0
for number in row:
# Create a field
field = Field()
# Set coordinates, 3x3 box and and id
field.x = x
field.y = y
field.box = set_box_number(x, y)
field.id = id_num
field.number = number
# If the field has a number, that is the only possibility
if field.number != 0:
field.possible = {field.number}
fields.append(field)
# Step up all index
x += 1
id_num += 1
y += 1
return fields
def confusion_attack(def_poke):
confusion_move = Move()
confusion_move.i_pow = 40
confusion_move.str_type = "confusion"
i_dmg = attack(def_poke, def_poke, confusion_move, Field())
return i_dmg
def copy_fields(fields):
""" Create a copy of the fields in the list called "fields" """
fields_c = []
for field in fields:
# copy all values in the fields and append them to copy list
f = Field()
f.x = field.x
f.y = field.y
f.box = field.box
f.id = field.id
f.number = field.number
f.possible = field.possible
fields_c.append(f)
return fields_c
def __init__(self, l_new_players=[]):
self.firstRun = True
self.field = Field(l_new_players[0], l_new_players[1])
self.l_players = l_new_players
self.b_gameover = False
for player in self.l_players:
other_player = self.get_other_player(player)
player.i_turn_readiness = NOT_READY
player.send_data(FOUND_BATTLE)
player.send_pokes(other_player.team)
player.send_data(
SELECT_POKE +
json.dumps({"availpoke": player.get_available_pokes()}))
poke1.base_stats.i_spd = 236
poke1.base_stats.i_spe = 259
poke1.usable_stats = poke1.base_stats
poke1.type_1 = Type("psychic")
poke1.type_2 = None
poke1.str_ability = "contrary"
#poke1.str_status = 'burn'
poke2 = Pokeman()
poke2.base_stats.i_atk = 212
poke2.base_stats.i_def = 236
poke2.base_stats.i_hp = 341
poke2.base_stats.i_spa = 236
poke2.base_stats.i_spd = 236
poke2.base_stats.i_spe = 259
poke2.usable_stats = poke2.base_stats
poke2.type_1 = Type("psychic")
poke2.type_2 = None
poke2.str_ability = "competitive"
move = Move("feather-dance")
field = Field()
#field.terrain = Terrain.ELECTRIC
print(attack(poke1, poke2, move, field))
print(str_prv_mov)
#move = Move("surf")
#print(attack(poke2, poke1, move, field))
#print(str_prv_mov)
print(np_action)
#act_value = self.model.predict(np_action)
#if act_value > max_act_value:
# best_actions = [a,]
# max_act_value = act_value
#elif act_value == max_act_value:
# best_actions.append(a)
#return random.choice(best_actions)
size = 10
barriar_rate = 0.1
maze_1 = Maze(size, barriar_rate)
maze, start_point, goal_point = maze_1.generate_maze()
maze_field = Field(maze, start_point, goal_point)
maze_field.display()
print("start end point")
print(start_point, goal_point)
action = maze_field.get_actions(state=start_point)
print("action")
print(action)
#myAgent = AgentClass(2,3)
state = np.array(start_point)
#print(state)
print("state, action 0")
print(np.array( [[state,action[0]]] ) )