def _create_girl(self, girl_number, row_number):
girl = Girl(self)
girl_width, girl_height = girl.rect.size
girl.x = girl_width + 2 * girl_width * girl_number
girl.rect.x = girl.x
girl.rect.y = girl.rect.height + 2 * girl.rect.height * row_number
self.girls.add(girl)
def create_girl(hi_settings, screen, girls, girl_number, row_number):
girl = Girl(hi_settings, screen)
girl_width = girl.rect.width
girl_height = girl.rect.height
girl.x = 0.5 * girl_width + 2 * girl_width * girl_number
girl.rect.x = girl.x
girl.rect.y = 0.5 * girl_height + 1.7 * girl_height * row_number
girls.add(girl)
def get_girl_list():
"""
autogenerates a random girl list
:return:
"""
girl_data = []
for i in range(1, 10):
girl_data.append(Girl(str(i)+'choosy', random.randint(1, 1000), random.randint(1, 1000), random.randint(1, 10000), 'choosy'))
girl_data.append(Girl(str(i)+'normal', random.randint(1, 1000), random.randint(1, 1000), random.randint(1, 10000), 'normal'))
girl_data.append(Girl(str(i)+'desperate', random.randint(1, 1000), random.randint(1, 1000), random.randint(1, 10000), 'desperate'))
return girl_data
def main():
randomInputGenerate()
BoyCsv = open('./boys.csv')
GirlCsv = open('./girls.csv')
Boys = csv.reader(BoyCsv,delimiter = ",")
Girls = csv.reader(GirlCsv,delimiter = ",")
Blist = []
Glist = []
for row in Boys:
Blist += [Boy(row[0],int(row[1]),int(row[2]),row[3],int(row[4]),int(row[5]))]
BoyCsv.close()
for row in Girls:
Glist += [Girl(row[0],int(row[1]),int(row[2]),row[3],int(row[4]))]
GirlCsv.close()
logging.info('Started pairing up')
for g in Glist:
for b in Blist:
logging.info('Girl '+g.name+' is checking on '+b.name)
if (b.isEligible(g.maintainanceBudget,g.attractiveness)) and (g.isEligible(b.budget)) and (b.status == 'single') and (g.status == 'single'):
b.status = 'commited'
g.status = 'commited'
b.gf = g.name
g.bf = b.name
logging.info(g.name+' is commited to '+b.name)
break
for g in Glist:
if(g.status == 'single'):
print(g.name+' is single')
else:
print(g.name+' is commited to '+g.bf)
def __init__(self, screen=None):
# See if we've been given a screen to use
if screen is None:
self.screen = pygame.display.set_mode((600, 600))
else:
self.screen = screen
self.running = True
self.clock = pygame.time.Clock()
# Gots to have us a background and a walkable mask
self.background = None
self.mask = None
# If anyone takes screenshots, they can do so with this!
self.screenshot_counter = 0
# Initialize our reusable robotic girl
self.girl = Girl()
# What is the current state of our game
self.state = "Running"
# Load our music player
self.music_player = MusicPlayer()
self.sound_player = SoundPlayer()
self.girl.sound_player = self.sound_player
def create_new_world():
global boy
boy = Boy()
game_world.add_object(boy, 1)
global girl
girl = Girl()
game_world.add_object(girl, 7)
def matchMaker():
coupList = []
with open('boys.csv', 'rb') as csvfile:
reader = csv.reader(csvfile, delimiter=',')
By = [
Boy(line[0], int(line[1]), int(line[2]), int(line[3]), line[4],
int(line[5])) for line in reader
]
csvfile.close()
with open('girls.csv', 'rb') as csvfile:
reader = csv.reader(csvfile, delimiter=',')
Gl = [
Girl(line[0], int(line[1]), int(line[2]), int(line[3]), line[4])
for line in reader
]
csvfile.close()
logging.info('Match in progress\n')
#Checking conditions
for g in Gl:
for b in By:
logging.info('Matching: Girl: ' + g.gname + ' with Boy: ' +
b.bname)
if g.gstatus == False and b.bstatus == False and g.gattract >= b.battractReq and g.gbudget <= b.bbudget:
g.gstatus = True
b.bstatus = True
g.bf = b.bname
b.gf = g.gname
coupList.append(Coup('Couple' + str(len(coupList) + 1), b, g))
#print('-----'+' '+b.battractReq+' '+g.gattract+'\n')
logging.info('Commitment: Girl: ' + g.gname +
' got commited with Boy: ' + b.bname)
break
#elif(g.gstatus==True or b.bstatus==True):
# print (b.bname +' '+g.gname+' commited\n')
#elif(g.gbudget>b.bbudget):
# print (b.bname+' '+g.gname+' too costly '+b.bbudget+' '+g.gbudget+'\n')
#elif(b.battractReq>g.gattract):
# print (b.bname+' '+g.gname+' hotter '+b.battractReq+' '+g.gattract+' \n')
logging.info('Match making done')
with open('gifts.csv', 'rb') as csvfile:
reader = csv.reader(csvfile, delimiter=',')
Gi = [
Gift(line[0], int(line[1]), int(line[2]), line[3])
for line in reader
]
csvfile.close()
for c in coupList:
print c.cname + ' : ' + c.bobj.bname + ' commited to ' + c.gobj.gname + '\n'
if (c.bobj.btypes == 'Miser'):
miserAllocate(c, Gi)
if (c.bobj.btypes == 'Generous'):
generousAllocate(c, Gi)
if (c.bobj.btypes == 'Geek'):
geekAllocate(c, Gi)
print_gifts(coupList)
def get_girl_list():
"""
autogenerates a random girl list
:return:
"""
girl_data = []
for i in range(1, 30):
girl_data.append(
Girl(str(i), random.randint(1, 1000), random.randint(1, 1000),
random.randint(1, 10000)))
return girl_data
def create_fleet(hi_settings, screen, harold, girls):
""" Creates a fleet of girls """
girl = Girl(hi_settings, screen)
number_girls_x = get_number_girls_x(hi_settings, girl.rect.width)
number_rows = get_number_rows(hi_settings, harold.rect.height, \
girl.rect.height)
# Create fleet
for row_number in range(number_rows):
for girl_number in range(number_girls_x):
# Create girl and place it in the row
create_girl(hi_settings, screen, girls, girl_number, row_number)
def _create_fleet(self):
girl = Girl(self)
girl_width, girl_height = girl.rect.size
availible_space_x = self.settings.screen_width - (2 * girl_width)
numbers_girls_x = availible_space_x // (2 * girl_width)
ship_height = self.ship.rect.height
availible_space_y = self.settings.screen_height - (
3 * girl_height) - ship_height
numbers_rows = availible_space_y // (2 * girl_height)
for row_number in range(numbers_rows):
for girl_number in range(numbers_girls_x):
self._create_girl(girl_number, row_number)
def initAgents(self, world):
self.agentlayer = world.map.getLayer('TechdemoMapGroundObjectLayer')
world.agentlayer = self.agentlayer
self.boy = Boy(TDS, world, 'PC:boy', self.agentlayer)
self.game.instance_to_agent[self.boy.agent.getFifeId()] = self.boy
self.boy.start()
self.agent_list.append(self.boy)
self.girl = Girl(TDS, world, 'PC:girl', self.agentlayer, self)
self.game.instance_to_agent[self.girl.agent.getFifeId()] = self.girl
self.girl.start()
self.agent_list.append(self.girl)
self.wizard = Wizard(TDS, world, 'PC:wizard', self.agentlayer, self)
self.game.instance_to_agent[self.wizard.agent.getFifeId()] = self.wizard
self.wizard.start()
self.agent_list.append(self.wizard)
self.beekeepers = create_anonymous_agents(TDS, world, 'beekeeper', self.agentlayer, Beekeeper)
for beekeeper in self.beekeepers:
self.game.instance_to_agent[beekeeper.agent.getFifeId()] = beekeeper
beekeeper.start()
self.agent_list.append(beekeeper)
self.cage = Cage(TDS, world, 'sword_crate', self.agentlayer)
self.game.instance_to_agent[self.cage.agent.getFifeId()] = self.cage
self.cage.start()
self.agent_list.append(self.cage)
self.bees = []
for i in range(1, 8):
bee = code.agents.bee.Bee(TDS, world, 'NPC:bee:0{}'.format(i), self.agentlayer, self)
self.bees.append(bee)
self.game.instance_to_agent[bee.agent.getFifeId()] = bee
bee.start()
self.agent_list.append(bee)
self.warrior = Warrior(TDS, world, 'PC:warrior', self.agentlayer)
self.game.instance_to_agent[self.warrior.agent.getFifeId()] = self.warrior
self.warrior.start()
self.agent_list.append(self.warrior)
self.chemist = Chemist(TDS, world, 'NPC:chemist', self.agentlayer)
self.game.instance_to_agent[self.chemist.agent.getFifeId()] = self.chemist
self.chemist.start()
self.agent_list.append(self.chemist)
self.playableAgent = []
self.reset()
def generateGirls(n):
girl_types = ['Choosy', 'Normal', 'Desperate']
criteria = ['Attractive', 'Rich', 'Intelligent']
girls = []
fd2 = open('./Girls.csv', 'w')
writer = csv.writer(fd2, delimiter=',')
for i in range(0, n):
g = [
Girl('Girl' + str(i), random.randint(1, 11), random.randint(1, 11),
random.randint(1, 11), criteria[random.randint(0, 2)],
girl_types[random.randint(0, 2)])
]
girls += g
writer.writerow(g)
fd2.close()
return girls
def matchMaker():
with open('boys.csv', 'rb') as csvfile:
reader = csv.reader(csvfile, delimiter=',')
By = [
Boy(line[0], int(line[1]), int(line[2]), int(line[3]), line[4],
int(line[5])) for line in reader
]
csvfile.close()
with open('girls.csv', 'rb') as csvfile:
reader = csv.reader(csvfile, delimiter=',')
Gl = [
Girl(line[0], int(line[1]), int(line[2]), int(line[3]), line[4])
for line in reader
]
csvfile.close()
logging.info('Match in progress\n')
#Checking conditions
for g in Gl:
for b in By:
logging.info('Matching: Girl: ' + g.gname + ' with Boy: ' +
b.bname)
if g.gstatus == False and b.bstatus == False and g.gattract >= b.battractReq and g.gbudget <= b.bbudget:
g.gstatus = True
b.bstatus = True
g.bf = b.bname
b.gf = g.gname
#print('-----'+' '+b.battractReq+' '+g.gattract+'\n')
logging.info('Commitment: Girl: ' + g.gname +
' got commited with Boy: ' + b.bname)
break
#elif(g.gstatus==True or b.bstatus==True):
# print (b.bname +' '+g.gname+' commited\n')
#elif(g.gbudget>b.bbudget):
# print (b.bname+' '+g.gname+' too costly '+b.bbudget+' '+g.gbudget+'\n')
#elif(b.battractReq>g.gattract):
# print (b.bname+' '+g.gname+' hotter '+b.battractReq+' '+g.gattract+' \n')
logging.info('Match making done')
for g in Gl:
if g.gstatus == False:
print 'A Girl: ' + g.gname + ' has no boyfriend'
else:
print 'A Girl: ' + g.gname + ' has a boyfriend Boy: ' + g.bf
setattr(boy,boy.happiness,boy.budget - sum([i.price for i in gift]))
if(boy.types == 'Generous'):
setattr(boy,boy.happiness,girl.happiness)
if(boy.types == 'Geeks'):
setattr(boy,boy.happiness,girl.intel_level)
generator()
boycsv = open('boy.csv')
girlcsv = open('girl.csv')
giftcsv = open('gift.csv')
readBoy = csv.reader(boycsv, delimiter = ',')
readGirl = csv.reader(girlcsv, delimiter = ',')
readGift = csv.reader(giftcsv, delimiter = ',')
B = [ Boy(row[0],int(row[1]),int(row[2]),int(row[3]),int(row[4]),row[5])
for row in readBoy]
G = [ Girl(row[0],int(row[1]),int(row[2]),int(row[3]),row[4])
for row in readGirl]
gift = [ Gift(row[0],int(row[1]),int(row[2]),row[3])
for row in readGift]
C = []
count = 0
for g in G:
for b in B:
#print ("Trying match :" + g.name + " with " + b.name)
if(g.isElligible(b) and b.isElligible(g)):
count += 1
print("GirlFriend : " + g.name + ", BoyFriend : " + b.name)
g.changeStatus()
b.changeStatus()
logger(' commitment : ' + g.name + " and " + b.name)
class AgentManager():
def __init__(self, world):
self.player = 0
self.player_faces = ['gui/images/hud_boy.png', 'gui/images/hud_girl.png', 'gui/images/hud_warrior.png', 'gui/images/hud_wizard.png']
self.agent_list = []
self.game = code.game.Game.getGame()
"""
Intializes all the agents. All these instances are also added to the self.agent_list list
to simplify the searches by name or id.
"""
def initAgents(self, world):
self.agentlayer = world.map.getLayer('TechdemoMapGroundObjectLayer')
world.agentlayer = self.agentlayer
self.boy = Boy(TDS, world, 'PC:boy', self.agentlayer)
self.game.instance_to_agent[self.boy.agent.getFifeId()] = self.boy
self.boy.start()
self.agent_list.append(self.boy)
self.girl = Girl(TDS, world, 'PC:girl', self.agentlayer, self)
self.game.instance_to_agent[self.girl.agent.getFifeId()] = self.girl
self.girl.start()
self.agent_list.append(self.girl)
self.wizard = Wizard(TDS, world, 'PC:wizard', self.agentlayer, self)
self.game.instance_to_agent[self.wizard.agent.getFifeId()] = self.wizard
self.wizard.start()
self.agent_list.append(self.wizard)
self.beekeepers = create_anonymous_agents(TDS, world, 'beekeeper', self.agentlayer, Beekeeper)
for beekeeper in self.beekeepers:
self.game.instance_to_agent[beekeeper.agent.getFifeId()] = beekeeper
beekeeper.start()
self.agent_list.append(beekeeper)
self.cage = Cage(TDS, world, 'sword_crate', self.agentlayer)
self.game.instance_to_agent[self.cage.agent.getFifeId()] = self.cage
self.cage.start()
self.agent_list.append(self.cage)
self.bees = []
for i in range(1, 8):
bee = code.agents.bee.Bee(TDS, world, 'NPC:bee:0{}'.format(i), self.agentlayer, self)
self.bees.append(bee)
self.game.instance_to_agent[bee.agent.getFifeId()] = bee
bee.start()
self.agent_list.append(bee)
self.warrior = Warrior(TDS, world, 'PC:warrior', self.agentlayer)
self.game.instance_to_agent[self.warrior.agent.getFifeId()] = self.warrior
self.warrior.start()
self.agent_list.append(self.warrior)
self.chemist = Chemist(TDS, world, 'NPC:chemist', self.agentlayer)
self.game.instance_to_agent[self.chemist.agent.getFifeId()] = self.chemist
self.chemist.start()
self.agent_list.append(self.chemist)
self.playableAgent = []
self.reset()
"""
This method checks if the first 3 bees are near the beeboxes.
"""
def beesAtHome(self):
for bee in self.bees:
if int(bee.agentName[-2:]) <= 3 and bee.mode == code.agents.bee._MODE_WILD:
return False
return True
"""
This method checks if the bees whith id >= 4 are all dead.
"""
def beesDead(self):
for bee in self.bees:
if int(bee.agentName[-2:]) >= 4 and bee.mode != code.agents.bee._MODE_DEAD:
return False
return True
def reset(self):
for p in self.playableAgent:
p.reset()
self.playableAgent = [self.boy, self.girl]
self.active_agent = self.boy
"""
Returns the current active agent.
"""
def getActiveAgent(self):
return self.active_agent
"""
Returns the FIFE instance of the current active agent.
"""
def getActiveInstance(self):
return self.active_agent.agent
"""
Returns the current active agent's location.
"""
def getActiveAgentLocation(self):
return self.active_agent.agent.getLocation()
def getHero(self):
return self.active_agent
def getGirl(self):
return self.girl
"""
Changes the current active agent. The list self.playableAgent contains all the
currently playable characters.
"""
def toggleAgent(self, world, face_button):
self.player = (self.player + 1) % len(self.playableAgent)
face_button.up_image = self.player_faces[self.player]
face_button.down_image = self.player_faces[self.player]
face_button.hover_image = self.player_faces[self.player]
for i in range(len(self.playableAgent)):
self.playableAgent[i].idle()
if i == self.player:
self.playableAgent[i].isActive = True
world.cameras['main'].attach(self.playableAgent[i].agent)
world.cameras['small'].attach(self.girl.agent)
self.active_agent = self.playableAgent[i]
else:
self.playableAgent[i].isActive = False
self.playableAgent[i].follow_hero()
"""
Returns the Agent to the agent with a specific fifeId.
"""
def getAgentFromId(self, fifeId):
for ag in self.agent_list:
if ag.agent.getFifeId() == fifeId:
return ag
return None
"""
Returns the Agent to the agent with a specific name.
"""
def getAgentByName(self, name):
for ag in self.agent_list:
if ag.agentName == name:
return ag
return None
"""
Adds a new playable agent if it's not yet present inside the playableAgent list.
"""
def addNewPlayableAgent(self, name):
for a in self.playableAgent:
if a.agentName == name:
return
for a in self.agent_list:
if a.agentName == name:
self.playableAgent.append(a)
if a.agentName != self.active_agent.agentName:
a.follow_hero()
def destroy(self):
for a in self.agent_list:
a.destroy()
def __init__(self, gname, gattract, gintellij, gbudget, gtypes):
Girl.__init__(self, gname, gattract, gintellij, gbudget, gtypes)
self.gstatus = False
self.ghappiness = 0
self.bf = ''
from boy import Boy
from girl import Girl
john = Male('John', 32)
print(f'Lonely man: {john}')
martha = Female('Martha', 54)
print(f'Lonely woman: {martha}')
parents = john % martha
print(f'Then they had sex and become {type(parents.mother).__name__} and {type(parents.father).__name__}')
print('9 months passed')
bill = Boy('Bill', 0, parents.father, parents.mother)
amy = Girl('Amy', 0, parents.father, parents.mother)
print('Some kids were born:')
print(f'{type(bill).__name__}: ({bill})')
print(f'{type(amy).__name__}: ({amy})')
print('Now both of them have children:')
parents.mother.children.append(bill)
parents.mother.children.append(amy)
parents.father.children.append(bill)
parents.father.children.append(amy)
print(parents.mother)
print(parents.father)
newlywed = parents.mother & parents.father
print(f'Finally they decided to get married and become {type(newlywed.husband).__name__} \
and {type(newlywed.wife).__name__}')
print(newlywed.husband)