def _gen_samples(self):
result = []
self.price_feature_mention = Construction.construct_price_feature(self.tensor_train, self.dataModel)
for user, user_df in self.price_feature_mention.iteritems():
for ix in xrange(len(user_df)):
row = user_df[ix]
if sum(row):
nonzero = row.nonzero()[0]
up_result = []
while len(up_result) < len(nonzero):
sample_i = random.choice(nonzero)
sample_j = random.choice(range(self.num_features))
while row[sample_i] <= row[sample_j]:
sample_j = random.choice(xrange(self.num_features))
jx = random.choice(range(self.num_prices))
random_time = 0
while user_df[ix][sample_i] <= user_df[jx][sample_i] and random_time < self.num_prices:
jx = random.choice(range(self.num_prices))
random_time += 1
if random_time >= self.num_prices:
break
up_result.append((ix, jx, sample_i, sample_j))
result.append((user, up_result))
return result
def fit(self, trainSamples, trainTargets):
self.dataModel = MemeryDataModel(trainSamples, trainTargets)
data = np.array(self.dataModel.getData().todense())
u,s,v = isvd(data)
new_data = np.dot(u, np.dot(s, v))
new_data[new_data < 1] = np.nan
u,s,v = isvd(new_data)
new_data = np.dot(u, np.dot(s, v))
#new_data[new_data < 1] = 0
self.mf_rate = new_data
train_data = pd.DataFrame(trainSamples, columns=['user', 'item', 'price'])
item_price = dict(zip(train_data.ix[:,'item'], train_data.ix[:,'price']))
data = train_data.groupby('user').mean()
self.personal_item_price = np.empty((self.dataModel.getUsersNum(), self.dataModel.getItemsNum()))
for user_ix in xrange(self.dataModel.getUsersNum()):
user_avg_price = data.loc[self.dataModel.getUserByUid(user_ix), 'price']
for item_ix in xrange(self.dataModel.getItemsNum()):
delta_item_price = (item_price[self.dataModel.getItemByIid(item_ix)] - user_avg_price) / user_avg_price
self.personal_item_price[user_ix][item_ix] = item_price[self.dataModel.getItemByIid(item_ix)]
b = {'phones':train_data}
price_df = Construction.get_user_category_buy_price(b)
self.param_mu, self.param_sigm = MyGaussian.gaussian_curve_fit(price_df)
self.alpha = np.random.rand(self.dataModel.getUsersNum())
self.beta = np.random.rand(self.dataModel.getUsersNum())
self.gamma = np.zeros(self.dataModel.getUsersNum())
origin_lambda_iter = self.lambda_iter
for user_ix in xrange(self.dataModel.getUsersNum()):
samples = self.sample(user_ix, self.max_iter)
self.lambda_iter = origin_lambda_iter
old_target_value = 0
for item_1, item_2 in samples:
new_alpha, new_beta = self.update(user_ix, item_1, item_2)
##if not old_target_value or old_target_value < target_value:
#old_target_value = target_value
self.alpha[user_ix] = new_alpha
self.beta[user_ix] = new_beta
self.lambda_iter = self.lambda_iter * 0.9
#else:
#break
#print user_ix, target_value
#self.gamma[user_ix] = new_gamma
#print user_ix, self.target_value(user_ix)
#print user_ix, self.target_value(user_ix)
self.lambda_iter = origin_lambda_iter
self.beta = np.zeros(self.dataModel.getUsersNum())
def fit(self, trainSamples, trainTargets):
self.trainDataFrame = pd.DataFrame(trainSamples, columns = ['user', 'item', 'price_ix', 'price', 'feature', 'rate'])
self.item_price_ix_dict = self.trainDataFrame.set_index('item')['price_ix'].to_dict()
self.dataModel = MyMemeryDataModel.MemeryDataModel(trainSamples, trainTargets)
tensor_model = TensorFactorization.TensorBPR(self.trainDataFrame, self.dataModel, self.implict_dim_num, self.max_iter, self.pf_lambda, self.train_sentry, self.learning_rate, self.regularization)
user_price_feature_tensor = tensor_model.train()
'''
for price_feature in user_price_feature_tensor:
for features in price_feature:
feature_ix = sorted(range(self.dataModel.getFeaturesNum()), key=lambda x: features[x], reverse=True)[self.most_like_feature_num:]
features[feature_ix] = 0
'''
item_feature = Construction.construct_item_feature(self.trainDataFrame, self.dataModel)
self.user_price_item_tensor = np.dot(user_price_feature_tensor, item_feature.transpose())
return self.user_price_item_tensor
num_factors = 50
f_tmp = 0
model = TensorBPR(num_factors)
num_iters = 10000
model.train(num_iters)
'''
a = pd.read_csv('a').values
b = pd.read_csv('b').values
c = pd.read_csv('c').values
d = pd.read_csv('d').values
len1 = 689
len2 = 1036
len3 = 172
tensor = np.empty((len1, len2, len3))
for ix in range(len1):
for rx in range(len2):
tmp = np.dot(a[ix,:], b[rx,:])
for cx in range(len3):
tensor[ix, rx, cx] = np.dot(a[ix,:], c[cx,:]) + np.dot(b[rx,:], d[cx,:]) + tmp
data = pd.read_csv('~/Documents/coding/dataset/workplace/filter_phones_train.csv')
item_feature = Construction.construct_item_feature(data, len2, len3)
result = np.dot(tensor, item_feature)
print result
def putTheirInventory(inventory):
inventory.constrs.append(Construction((0, 7), ANTHILL))
inventory.constrs.append(Construction((1, 7), TUNNEL))
queen = Ant((0, 7), QUEEN, PLAYER_TWO)
queen.health = 1
inventory.ants.append(queen) # Queen
def main():
a = pd.read_csv('../../../dataset/workplace/filter_phones_format.csv')
b = {'phones':a}
price_df = Construction.get_user_category_buy_price(b)
param_mu, param_sigm = MyGaussian.gaussian_curve_fit(price_df)
print min(param_sigm['phones']), max(param_sigm['phones'])
def getNextState(currentState, move):
# variables I will need
myGameState = currentState.fastclone()
myInv = getCurrPlayerInventory(myGameState)
me = myGameState.whoseTurn
myAnts = myInv.ants
# If enemy ant is on my anthill or tunnel update capture health
myTunnels = myInv.getTunnels()
myAntHill = myInv.getAnthill()
for myTunnel in myTunnels:
ant = getAntAt(myGameState, myTunnel.coords)
if ant is not None:
opponentsAnts = myGameState.inventories[not me].ants
if ant in opponentsAnts:
myTunnel.captureHealth -= 1
if getAntAt(myGameState, myAntHill.coords) is not None:
ant = getAntAt(myGameState, myAntHill.coords)
opponentsAnts = myGameState.inventories[not me].ants
if ant in opponentsAnts:
myAntHill.captureHealth -= 1
# If an ant is built update list of ants
antTypes = [WORKER, DRONE, SOLDIER, R_SOLDIER]
if move.moveType == BUILD:
if move.buildType in antTypes:
ant = Ant(myInv.getAnthill().coords, move.buildType, me)
myInv.ants.append(ant)
# Update food count depending on ant built
if move.buildType == WORKER:
myInv.foodCount -= 1
elif move.buildType == DRONE or move.buildType == R_SOLDIER:
myInv.foodCount -= 2
elif move.buildType == SOLDIER:
myInv.foodCount -= 3
# If a building is built update list of buildings and the update food count
if move.moveType == BUILD:
if move.buildType == TUNNEL:
building = Construction(move.coordList[0], move.buildType)
myInv.constrs.append(building)
myInv.foodCount -= 3
# If an ant is moved update their coordinates and has moved
if move.moveType == MOVE_ANT:
newCoord = move.coordList[len(move.coordList) - 1]
startingCoord = move.coordList[0]
for ant in myAnts:
if ant.coords == startingCoord:
ant.coords = newCoord
ant.hasMoved = False
# If an ant is carrying food and ends on the anthill or tunnel drop the food
if ant.carrying and ant.coords == myInv.getAnthill().coords:
myInv.foodCount += 1
ant.carrying = False
for tunnels in myTunnels:
if ant.carrying and (ant.coords == tunnels.coords):
myInv.foodCount += 1
ant.carrying = False
# If an ant doesn't have food and ends on the food grab food
if not ant.carrying:
foods = getConstrList(myGameState, None, (FOOD,))
for food in foods:
if food.coords == ant.coords:
ant.carrying = True
# If my ant is close to an enemy ant attack it
adjacentTiles = listAdjacent(ant.coords)
for adj in adjacentTiles:
if getAntAt(myGameState, adj) is not None: # If ant is adjacent my ant
closeAnt = getAntAt(myGameState, adj)
if closeAnt.player != me: # if the ant is not me
closeAnt.health = closeAnt.health - UNIT_STATS[ant.type][ATTACK] # attack
# If an enemy is attacked and looses all its health remove it from the other players
# inventory
if closeAnt.health <= 0:
enemyAnts = myGameState.inventories[not me].ants
for enemy in enemyAnts:
if closeAnt.coords == enemy.coords:
myGameState.inventories[not me].ants.remove(enemy)
# If attacked an ant already don't attack any more
break
return myGameState
def putOurInventory(inventory):
inventory.constrs.append(Construction((0, 3), ANTHILL))
inventory.constrs.append(Construction((1, 3), TUNNEL))
inventory.ants.append(Ant((0, 3), QUEEN, PLAYER_ONE)) # Queen
inventory.ants.append(Ant((0, 6), DRONE, PLAYER_ONE)) # Queen
#IMPORTS
import Login
import Village
import Construction
from pprint import pprint
import time
import random
#_______________________________________________________________________________
#CONSTANTS
HOMEPAGE = 'https://ts3.travian.it/dorf1.php'
#_______________________________________________________________________________
#create browser
driver = Login.login()
#my_vs is a list wih a Village object for each village in the account
my_vs = Village.villages_create(driver)
print my_vs[0]
building_list = [{'identifier': 2, 'lvl': 2}, {'identifier': 3, 'lvl': 1}]
while True:
#my_vs is a list wih a Village object for each village in the account
my_vs = Village.villages_create(driver)
Construction.construct(my_vs[0], building_list)
time.sleep(random.randint(60, 120))
def getFutureState(self, currentState, move):
# create a bare-bones copy of the state to modify
newState = currentState.fastclone()
# get references to the player inventories
playerInv = newState.inventories[newState.whoseTurn]
enemyInv = newState.inventories[1 - newState.whoseTurn]
if move.moveType == BUILD:
# BUILD MOVE
if move.buildType < 0:
# building a construction
playerInv.foodCount -= CONSTR_STATS[move.buildType][BUILD_COST]
playerInv.constrs.append(
Construction(move.coordList[0], move.buildType))
else:
# building an ant
playerInv.foodCount -= UNIT_STATS[move.buildType][COST]
playerInv.ants.append(
Ant(move.coordList[0], move.buildType, newState.whoseTurn))
elif move.moveType == MOVE_ANT:
# MOVE AN ANT
# get a reference to the ant
ant = getAntAt(newState, move.coordList[0])
# update the ant's location after the move
ant.coords = move.coordList[-1]
ant.hasMoved = True
# get a reference to a potential construction at the destination coords
constr = getConstrAt(newState, move.coordList[-1])
# check to see if a worker ant is on a food or tunnel or hill and act accordingly
if constr and ant.type == WORKER:
# if destination is food and ant can carry, pick up food
if constr.type == FOOD:
if not ant.carrying:
ant.carrying = True
# if destination is dropoff structure and and is carrying, drop off food
elif constr.type == TUNNEL or constr.type == ANTHILL:
if ant.carrying:
ant.carrying = False
playerInv.foodCount += 1
# get a list of the coordinates of the enemy's ants
enemyAntCoords = [enemyAnt.coords for enemyAnt in enemyInv.ants]
# contains the coordinates of ants that the 'moving' ant can attack
validAttacks = []
# go through the list of enemy ant locations and check if
# we can attack that spot, and if so add it to a list of
# valid attacks (one of which will be chosen at random)
for coord in enemyAntCoords:
if UNIT_STATS[ant.type][RANGE]**2 >= abs(
ant.coords[0] - coord[0])**2 + abs(ant.coords[1] -
coord[1])**2:
validAttacks.append(coord)
# if we can attack, pick a random attack and do it
if validAttacks:
enemyAnt = getAntAt(newState, random.choice(validAttacks))
attackStrength = UNIT_STATS[ant.type][ATTACK]
if enemyAnt.health <= attackStrength:
# just to be safe, set the health to 0
enemyAnt.health = 0
# remove the enemy ant from their inventory
enemyInv.ants.remove(enemyAnt)
else:
# lower the enemy ant's health because they were attacked
enemyAnt.health -= attackStrength
# return the modified copy of the original state
return newState
#IMPORTS
from selenium import webdriver
import Login
import Construction
from village_module import Village
from adventures_module import Adventures
#_______________________________________________________________________________
HOMEPAGE = 'https://tx3.travian.pt/dorf1.php'
#_______________________________________________________________________________
#Create DRIVER
driver = webdriver.Chrome() #usefull for testing
#driver = webdriver.PhantomJS() #usefull for automation (silent driver)
#do login -> directs to main village
driver = Login.login(driver)
#get village status
driver.get(HOMEPAGE)
#my_village = Village.Village(driver, HOMEPAGE)
#here comes the real scripting part
while True:
#Try to construct stuff
Construction.construct(driver, HOMEPAGE)
#DO OTHER STUFF
#adventures = Adventures.adventures_do(driver)
driver.quit()
def getFutureState(self, currentState, nextMove):
"""
:type currentState: GameState
:type nextMove: Move
:rtype: GameState
"""
# for ending turns, there is no change to the board
if nextMove.moveType == END:
return currentState
futureState = currentState.fastclone()
""":type : GameState"""
playerId = currentState.whoseTurn
enemyId = playerId * (-1) + 1
if nextMove.moveType == BUILD:
if nextMove.buildType == TUNNEL:
futureState.inventories[playerId].foodCount -= CONSTR_STATS[
TUNNEL][BUILD_COST]
futureState.inventories[playerId].constrs.append(
Construction(nextMove.coordList[0], nextMove.buildType))
else:
# build an ant
futureState.inventories[playerId].foodCount -= UNIT_STATS[
nextMove.buildType][COST]
futureState.inventories[playerId].ants.append(
Ant(nextMove.coordList[0], nextMove.buildType, playerId))
else:
# the move is a MOVE_ANT move, so
# find the ant and move it to the target
ant = getAntAt(futureState, nextMove.coordList[0])
""":type : Ant"""
ant.coords = nextMove.coordList[-1]
# see if it moved onto a structure
constr = getConstrAt(futureState, nextMove.coordList[-1])
if constr and ant.type == WORKER:
# pickup/dropoff food
if ant.carrying and (constr.type == ANTHILL
or constr.type == TUNNEL):
ant.carrying = False
futureState.inventories[playerId].foodCount += 1
elif not ant.carrying and constr.type == FOOD:
ant.carrying = True
# search for possible attacks and execute one
for coords in listAdjacent(ant.coords):
targetAnt = getAntAt(futureState, coords)
""":type : Ant"""
# verify that the targetAnt is an enemy
if targetAnt and targetAnt.player == playerId:
targetAnt = None
if targetAnt:
targetAnt.health -= UNIT_STATS[ant.type][ATTACK]
# remove from board if enemy is killed
if targetAnt.health < 1:
futureState.inventories[enemyId].ants.remove(targetAnt)
continue
return futureState
Ant((0, 0), QUEEN, PLAYER_ONE)
], [
Building((2, 2), ANTHILL, PLAYER_ONE),
Building((3, 4), TUNNEL, PLAYER_ONE)
], 1)
inventory2 = Inventory(PLAYER_TWO, [
Ant((0, 9), SOLDIER, PLAYER_TWO),
Ant((1, 9), WORKER, PLAYER_TWO),
Ant((7, 2), WORKER, PLAYER_TWO),
Ant((9, 9), QUEEN, PLAYER_TWO)
], [
Building((8, 8), ANTHILL, PLAYER_TWO),
Building((2, 8), TUNNEL, PLAYER_TWO)
], 1)
inventory3 = Inventory(
NEUTRAL, [], [Construction((9, 6), GRASS),
Construction((4, 0), FOOD)], 0)
test1InitState = GameState(None, (inventory1, inventory2, inventory3),
PLAY_PHASE, PLAYER_ONE)
# evaluate the initial board
eval1 = aiPlayer.evaluateState(test1InitState)
testMoveBuildDrone = Move(BUILD, [(8, 3)], DRONE)
futureState = aiPlayer.getFutureState(test1InitState, testMoveBuildDrone)
# verify that the future state is correct
droneExists = False
for ant in futureState.inventories[PLAYER_ONE].ants:
if ant.type == DRONE and ant.coords == (8, 3):
droneExists = True