def setPartner(b, g):
b.partner = g
g.partner = b
b.status = "Committed"
g.status = "Committed"
b.Couple = Couple(b, g)
g.Couple = Couple(b, g)
def generate_Children(self):
i = 0
children = Population(self.numberOfIndividuals)
while (i < self.numberOfIndividuals):
firstParent, secondParent = self.select_Parents()
couple = Couple(firstParent, secondParent)
child = couple.crossover()
children.chromosomes.append(Chromosome())
children.chromosomes[i].string = copy.deepcopy(child)
i += 1
return children
def allocator1(self, B, G, GB, k):
'allocates and stores in List'
CP = []
logging.warning('Girls are checking out boys ahead:\n')
for g in G:
for b in B:
logging.info('Commitment: Girl: ' + g.name +
' is checking out Boy: ' + b.name)
if (b.is_elligible(g.mbudget, g.atr)) and (g.is_elligible(
b.gfbudget
)) and g.status == 'single' and b.status == 'single':
g.status = 'commited'
b.status = 'commited'
g.bfname = b.name
b.gfname = g.name
logging.info('Commitment: Girl: ' + g.name +
' got commited with Boy: ' + b.name)
CP = CP + [(b, g)]
break
C = [Couple(c[0], c[1]) for c in CP]
CB = []
for c in C:
CB.append(c.boy.name)
for b in GB:
if (b not in CB):
print b + ' - ' + 'Error 404: No girlfriend found'
else:
for c in C:
if (c.boy.name == b):
print b + ' - ' + c.girl.name
break
def main():
boys = open('./boys_list.csv')
getBoy = csv.reader(boys, delimiter=',')
girls = open('./girls_list.csv')
getGirls = csv.reader(girls, delimiter=',')
boy_list = []
girl_list = []
couple_list = []
virtual_couple_list = []
for i in getBoy:
boy_list += [
Boys(i[0], int(i[1]), int(i[2]), int(i[3]), int(i[4]), i[5])
]
for i in getGirls:
girl_list += [Girls(i[0], int(i[1]), int(i[2]), int(i[3]), i[4])]
# Create gift list to be sent to happiness calculator
with open('./gift_list.csv', 'r') as gift_file:
gift_list = csv.reader(gift_file, delimiter=',')
for row in gift_list:
gifts = [Gift(row[0], int(row[1]), int(row[2]), row[3])]
gift_file.close()
gifts = sorted(gifts, key=lambda item: item.cost)
for girl in girl_list:
for boy in boy_list:
# Create Log
create_log(boy.name + ' is trying for ' + girl.name)
if boy.status == 'Single' and girl.status == 'Single' and \
boy.check_eligibility(girl.maintenance_budget, girl.attractiveness):
boy.gf = girl.name
girl.bf = boy.name
# Update relationship status
boy.status = 'Committed'
girl.status = 'Committed'
text = girl.name + ' is in relationship with ' + boy.name
print text
# Create Log
create_log(text)
couple_list += [(girl, boy)]
break
for i in couple_list:
# Create couples first to be sent to happiness calculator
virtual_couple_list += [Couple(i[0], i[1])]
print "Couples in relationship are : "
for couple in virtual_couple_list:
print couple.girl.name + " is in a relationship with " + couple.boy.name
calc_happiness(virtual_couple_list, gifts)
def allocate():
'reads and stores the input from the boys.csv and girls.csv files and then makes the valid couples'
B = []
G = []
CP = []
with open('boys.csv', 'r') as csvfile:
reader = csv.reader(csvfile, delimiter = ',')
for row in reader:
if (row[5] == 'Miser'):
B.append(MiserBoy(row[0], int(row[1]), int(row[2]), int(row[3]), int(row[4]), row[5]))
elif (row[5] == 'Generous'):
B.append(GenerousBoy(row[0], int(row[1]), int(row[2]), int(row[3]), int(row[4]), row[5]))
else:
B.append(GeekBoy(row[0], int(row[1]), int(row[2]), int(row[3]), int(row[4]), row[5]))
csvfile.close()
with open('girls.csv', 'r') as csvfile:
reader = csv.reader(csvfile, delimiter = ',')
for row in reader:
if (row[4] == 'Choosy'):
G.append(ChoosyGirl(row[0], int(row[1]), int(row[2]), int(row[3]), row[4]))
elif (row[4] == 'Normal'):
G.append(NormalGirl(row[0], int(row[1]), int(row[2]), int(row[3]), row[4]))
else:
G.append(DesperateGirl(row[0], int(row[1]), int(row[2]), int(row[3]), row[4]))
csvfile.close()
k = randint(1, 10)
logging.warning('Girls are checking out boys ahead:\n')
for g in G:
KB = best_k(B, k, 'gfbudget')
for b in KB:
logging.info('Commitment: Girl: ' + g.name + ' is checking out Boy: ' + b.name)
if (b.is_elligible(g.mbudget)) and (g.is_elligible(b.gfbudget)) and g.status == 'single' and b.status == 'single':
g.status = 'commited'
b.status = 'commited'
g.bfname = b.name
b.gfname = g.name
logging.info('Commitment: Girl: ' + g.name + ' got commited with Boy: ' + b.name)
CP = CP+[(b, g)]
break
print 'Couples formed:\n'
for g in G:
if g.status == 'single':
print 'Girl: ' + g.name + ' is not commited to anyone'
else:
print 'Girl: ' + g.name + ' is commited with Boy: ' + g.bfname
print '\n'
C = [Couple(c[0], c[1]) for c in CP]
calculate_happiness(C, k)
def find_girl(boy, girls, gifts, couples):
"""Find a suitable girl for a boy and make a couple.
Sort the girls in decreasing order of attractiveness.
Find the most attractive girl who satisfies the constraints and
form couple and do gifting.
Arguments:
boy: Boy from the list of all boys.
girls: List of all girls.
gifts: List of all gifts.
couples: List of all couples.
"""
girls.sort(key=itemgetter('attrac'), reverse=True)
male = ObjectAlloc.find_object(boy)
fem = None
for girl in girls:
g = ObjectAlloc.find_object(girl)
if g.status == False and g.cost <= male.budget and g.attrac >= male.min_attrac_req:
fem = g
break
if fem == None:
return
couple = Couple(male, fem)
couple.happy_gift(male, fem, gifts)
couple.calc_happiness(male, fem)
couple.calc_compatibility(male, fem)
couples.append(vars(couple))
log = Logger()
log.couple_logger(vars(couple))
for girl in girls:
if girl['name'] == fem.name:
girl['status'] = 'True'
girl['partner'] = male.name
girl['happiness'] = fem.happiness
girl['gift_recv'] = fem.gift_recv
break
boy['status'] = 'True'
boy['partner'] = fem.name
boy['amount_spent'] = male.amount_spent
boy['happiness'] = male.happiness
def Couplify(girl_list, boy_list): couple_list=[] for g in girl_list: for b in boy_list: newC = 0 for m in range(10, 0, -1): if g.status == 'single' and b.status=='single' and g.is_eligible(b, m) and b.is_eligible(g): setPartner(b,g) couple_list +=[Couple(b, g)] Store_Log(g.name +' and ' + b.name + ' are commited now.') newC = 1 break else: break if(newC): break return couple_list
b.partner = g g.partner = b b.status = "Committed" g.status = "Committed" b.Couple = Couple(b, g) g.Couple = Couple(b, g) couple_list=[] for k in range(0, max(len(boy_list),len(girl_list))): if(k<len(girl_list)): for b in boy_list: newC = 0 for m in range(10, 0, -1): if girl_list[k].status == 'single' and b.status=='single' and girl_list[k].is_eligible(b, m) and b.is_eligible(girl_list[k]): setPartner(b,girl_list[k]) couple_list +=[Couple(b, girl_list[k])] Store_Log(girl_list[k].name +' and ' + b.name + ' are commited now.') newC = 1 break else: break if(newC): break if(k<len(boy_list)): for g in girl_list: newC = 0 if g.status == 'single' and boy_list[k].status=='single' and g.is_eligible(boy_list[k]) and boy_list[b].is_eligible(g): setPartner(boy_list[k],g) couple_list +=[Couple(boy_list[k], g)] Store_Log(g.name +' and ' + boy_list[k].name + ' are commited now.') newC = 1
def main():
boys = open('./boys_list.csv')
getBoy = csv.reader(boys, delimiter=',')
girls = open('./girls_list.csv')
getGirls = csv.reader(girls, delimiter=',')
boy_list = []
girl_list = []
couple_list = []
virtual_couple_list = []
after_breakup_girl_list = []
for i in getBoy:
boy_list += [
Boys(i[0], int(i[1]), int(i[2]), int(i[3]), int(i[4]), i[5])
]
for i in getGirls:
girl_list += [Girls(i[0], int(i[1]), int(i[2]), int(i[3]), i[4])]
# Create gift list to be sent to happiness calculator
with open('./gift_list.csv', 'r') as gift_file:
gift_list = csv.reader(gift_file, delimiter=',')
for row in gift_list:
gifts = [Gift(row[0], int(row[1]), int(row[2]), row[3])]
gift_file.close()
gifts = sorted(gifts, key=lambda item: item.cost)
for girl in girl_list:
for boy in boy_list:
# Create Log
create_log(boy.name + ' is trying for ' + girl.name)
if boy.status == 'Single' and girl.status == 'Single' and \
boy.check_eligibility(girl.maintenance_budget, girl.attractiveness):
boy.gf = girl.name
girl.bf = boy.name
# Update relationship status
boy.status = 'Committed'
girl.status = 'Committed'
text = girl.name + ' is in relationship with ' + boy.name
print(text)
# Create Log
create_log(text)
couple_list += [(girl, boy)]
break
for i in couple_list:
# Create couples first to be sent to happiness calculator
virtual_couple_list += [Couple(i[0], i[1])]
print("Couples in relationship are : ")
for couple in virtual_couple_list:
print(couple.girl.name + " is in a relationship with " +
couple.boy.name)
calc_happiness(virtual_couple_list, gifts)
for girl in girl_list:
for i in range(0, 10):
if girl == virtual_couple_list[i].girl:
# Add the boy to girl's blacklist , thus removing any chance
# of their matching up again
girl.blacklist = virtual_couple_list[i].boy.name
# Create the new list of girls after breakup
after_breakup_girl_list.append(girl)
# Remove them from couple list
virtual_couple_list.remove(virtual_couple_list[i])
# Now rerun the matchup loop after breakup
for girl in after_breakup_girl_list:
for boy in boy_list:
# Create Log
create_log(boy.name + ' is trying for ' + girl.name)
if boy.status == 'Single' and girl.status == 'Single' and \
boy.check_eligibility(girl.maintenance_budget, girl.attractiveness):
boy.gf = girl.name
girl.bf = boy.name
# Update relationship status
boy.status = 'Committed'
girl.status = 'Committed'
text = girl.name + ' is in relationship with ' + boy.name
print(text)
# Create Log
create_log(text)
virtual_couple_list.append(Couple(girl, boy))
break
def main():
boys = open('./boys_list.csv')
getBoy = csv.reader(boys, delimiter=',')
girls = open('./girls_list.csv')
getGirls = csv.reader(girls, delimiter=',')
boy_list = []
girl_list = []
couple_list = []
virtual_couple_list = []
for i in getBoy:
boy_list += [
Boys(i[0], int(i[1]), int(i[2]), int(i[3]), int(i[4]), i[5])
]
for i in getGirls:
girl_list += [Girls(i[0], int(i[1]), int(i[2]), int(i[3]), i[4])]
# Create gift list to be sent to happiness calculator
with open('./gift_list.csv', 'r') as gift_file:
gift_list = csv.reader(gift_file, delimiter=',')
for row in gift_list:
gifts = [Gift(row[0], int(row[1]), int(row[2]), row[3])]
gift_file.close()
gifts = sorted(gifts, key=lambda item: item.cost)
for girl in girl_list:
for boy in boy_list:
# Create Log
create_log(boy.name + ' is trying for ' + girl.name)
if boy.status == 'Single' and girl.status == 'Single' and \
boy.check_eligibility(girl.maintenance_budget, girl.attractiveness):
boy.gf = girl.name
girl.bf = boy.name
# Update relationship status
boy.status = 'Committed'
girl.status = 'Committed'
text = girl.name + ' is in relationship with ' + boy.name
print(text)
# Create Log
create_log(text)
couple_list += [(girl, boy)]
break
for i in couple_list:
# Create couples first to be sent to happiness calculator
virtual_couple_list += [Couple(i[0], i[1])]
print("Couples in relationship are : ")
for couple in virtual_couple_list:
print(couple.girl.name + " is in a relationship with " +
couple.boy.name)
calc_happiness(virtual_couple_list, gifts)
virtual_couple_list = sorted(virtual_couple_list,
key=lambda x: x.happiness,
reverse=True)
print('\n')
print('10 most happy couple : ')
for i in range(0, 10):
print(virtual_couple_list[i].boy.name + " and " +
virtual_couple_list[i].girl.name)
print("\n")
# print(virtual_couple_list[i].happiness)
print('10 most compatible couple : ')
virtual_couple_list = sorted(virtual_couple_list,
key=lambda x: x.compatibility,
reverse=True)
for i in range(0, 10):
print(virtual_couple_list[i].boy.name + ' and ' +
virtual_couple_list[i].girl.name)
print('The 1st day : ')
for couple in virtual_couple_list:
print(couple.boy.name + ' and ' + couple.girl.name)
t = input()
for i in range(0, t - 1):
for couple in virtual_couple_list:
if couple.happiness < t:
couple.girl.status = 'Single'
girl = couple.girl
for boy in boy_list:
create_log(girl.name + ' is looking guy ' + boy.name)
if boy.status == girl.status and boy.status == 'Single' and \
boy.check_eligibility(girl.maintenance_budget, girl.attractiveness) \
and girl.check_eligibility(boy.budget):
boy.gf = girl.name
girl.bf = boy.name
# Update relationship status
boy.status = 'Committed'
girl.status = 'Committed'
text = girl.name + ' is in relationship with ' + boy.name
print(text)
# Create Log
create_log(text)
virtual_couple_list.append(Couple(boy, girl))
break
couple.boy.status = 'Single'
virtual_couple_list.remove(couple)
calc_happiness(virtual_couple_list, gifts)
print('\n')
print('After ' + str(i + 2) + ' day ')
for couple in virtual_couple_list:
print(couple.boy.name + ' and ' + couple.girl.name)
Store_Log(g.name +' and ' + b.name + ' are commited now.')
newC = 1
break
else:
break
if(newC):
break
return couple_list
couples=Couplify(girl_list, boy_list)
print ('\n\n\n')
for c in couples:
print ('The given Gift to '+c.girl.name+' by '+c.boy.name+' are: ')
Couple.Gifting(c, gift_list)
print ('\n\n\n')
k = random.randint(1, n/10)
def printHappyCouple(C, k):
A = sorted(C, key=lambda item: item.happiness, reverse=True)
print (str(k) + ' most Happy couples:')
for i in range(k):
print (A[i].boy.name + ' and ' + A[i].girl.name)
print ('\n')
def printCompatibleCouple(C, k):
B = sorted(C, key=lambda item: item.compatibility, reverse=True)
def allocate():
'reads and stores the input from the boys.csv and girls.csv files and then makes the valid couples'
B = []
G = []
CP = []
with open('boys.csv', 'r') as csvfile:
reader = csv.reader(csvfile, delimiter = ',')
for row in reader:
if (row[5] == 'Miser'):
B.append(MiserBoy(row[0], int(row[1]), int(row[2]), int(row[3]), int(row[4]), row[5]))
elif (row[5] == 'Generous'):
B.append(GenerousBoy(row[0], int(row[1]), int(row[2]), int(row[3]), int(row[4]), row[5]))
else:
B.append(GeekBoy(row[0], int(row[1]), int(row[2]), int(row[3]), int(row[4]), row[5]))
csvfile.close()
with open('girls.csv', 'r') as csvfile:
reader = csv.reader(csvfile, delimiter = ',')
for row in reader:
if (row[4] == 'Choosy'):
G.append(ChoosyGirl(row[0], int(row[1]), int(row[2]), int(row[3]), row[4]))
elif (row[4] == 'Normal'):
G.append(NormalGirl(row[0], int(row[1]), int(row[2]), int(row[3]), row[4]))
else:
G.append(DesperateGirl(row[0], int(row[1]), int(row[2]), int(row[3]), row[4]))
csvfile.close()
B1 = sorted(B, key=lambda item: item.atr, reverse=True)
B2 = sorted(B, key=lambda item: item.atr, reverse=True)
G1 = sorted(G, key=lambda item: item.mbudget, reverse=True)
SG = sorted(G, key=lambda item: item.atr, reverse=True)
logging.warning('Check-out session going on ahead:\n')
for i in range(5):
if (i % 2 == 0):
for g in G1:
if (g.status == 'single'):
break
for b in B1:
logging.info('Commitment: Girl: ' + g.name + ' is checking out Boy: ' + b.name)
if (b.is_elligible(g.mbudget, g.atr)) and (g.is_elligible(b.gfbudget)) and b.status == 'single':
g.status = 'commited'
b.status = 'commited'
g.bfname = b.name
b.gfname = g.name
logging.info('Commitment: Girl: ' + g.name + ' got commited with Boy: ' + b.name)
CP = CP+[(b, g)]
break
G1.remove(g)
else:
for b in B2:
if (b.status == 'single'):
break
for g in SG:
logging.info('Commitment: Boy: ' + b.name + ' is checking out Girl: ' + g.name)
if (b.is_elligible(g.mbudget, g.atr)) and (g.is_elligible(b.gfbudget)) and g.status == 'single':
g.status = 'commited'
b.status = 'commited'
g.bfname = b.name
b.gfname = g.name
logging.info('Commitment: Boy: ' + b.name + ' got commited with Girl: ' + g.name)
CP = CP+[(b, g)]
break
B2.remove(b)
print 'Couples formed (using new mechanism given in question 5):\n'
for g in G:
if g.status == 'single':
print 'Girl: ' + g.name + ' is not commited to anyone'
else:
print 'Girl: ' + g.name + ' is commited with Boy: ' + g.bfname
print '\n'
C = [Couple(c[0], c[1]) for c in CP]
calculate_happiness(C)
def make_couple(girl, boys, gifts, couples):
"""Find a suitable boy for a girl and initialize a couple.
Find a suitable boy from the list of all boys and initialize a couple.
Then perform gifting and calculate happiness, compatibility according
to the type of boy and girl in the couple.
Update the data in the list of all boys and list of all girls.
Arguments :
girl : A girl from the list of girls.
boys : List of all boys.
gifts : List of all gifts.
couples : List of all couples.
"""
fem = None
male = None
if girl['category'] == 'c':
fem = GirlChoosy(girl)
elif girl['category'] == 'n':
fem = GirlNormal(girl)
elif girl['category'] == 'd':
fem = GirlDesperate(girl)
suit_boy = {}
if fem.criterion == 'a':
"""For maximum attractiveness."""
suit_boy = {'name': None, 'attrac': 0}
for boy in boys:
if Utility.str_to_bool(boy['status']) is False and \
int(boy['budget']) >= fem.cost and \
fem.attrac >= int(boy['min_attrac_req']) and \
int(boy['attrac']) > suit_boy['attrac']:
suit_boy['name'] = boy['name']
suit_boy['attrac'] = int(boy['attrac'])
elif fem.criterion == 'r':
"""For maximum girlfriend budget."""
suit_boy = {'name': None, 'budget': 0}
for boy in boys:
if Utility.str_to_bool(boy['status']) is False and \
int(boy['budget']) >= fem.cost and \
fem.attrac >= int(boy['min_attrac_req']) and \
int(boy['budget']) > suit_boy['budget']:
suit_boy['name'] = boy['name']
suit_boy['budget'] = int(boy['budget'])
elif fem.criterion == 'i':
"""For maximum intelligence."""
suit_boy = {'name': None, 'intel': 0}
for boy in boys:
if Utility.str_to_bool(boy['status']) is False and \
int(boy['budget']) >= fem.cost and \
fem.attrac >= int(boy['min_attrac_req']) and \
int(boy['intel']) > suit_boy['intel']:
suit_boy['name'] = boy['name']
suit_boy['intel'] = int(boy['intel'])
if suit_boy['name'] is None:
return
else:
boy = {}
for boy in boys:
if boy['name'] == suit_boy['name']:
break
if boy['category'] == 'mi':
male = BoyMiser(boy)
elif boy['category'] == 'gk':
male = BoyGeek(boy)
elif boy['category'] == 'gs':
male = BoyGenerous(boy)
couple = Couple(male, fem)
couple.happy_gift(male, fem, gifts)
couple.calc_happiness(male, fem)
couple.calc_compatibility(male, fem)
couples.append(vars(couple))
log = Logger()
log.couple_logger(vars(couple))
"""Log couple information in csv file format."""
girl['status'] = 'True'
girl['partner'] = male.name
girl['happiness'] = fem.happiness
girl['gift_recv'] = fem.gift_recv
for boy in boys:
if boy['name'] == male.name:
boy['status'] = 'True'
boy['partner'] = fem.name
boy['amount_spent'] = male.amount_spent
boy['happiness'] = male.happiness
break
def make_couple(girl, boys, gifts, couples):
"""Find a suitable boy for a girl and initialize a couple.
Find a suitable boy from the list of all boys and initialize a couple.
Then perform gifting and calculate happiness, compatibility according
to the type of boy and girl in the couple.
Update the data in the list of all boys and list of all girls.
Arguments :
girl : A girl from the list of girls.
boys : List of all boys.
gifts : List of all gifts.
couples : List of all couples.
"""
fem = ObjectAlloc.find_object(girl)
suit_boy = {}
if fem.criterion == 'a':
"""For maximum attractiveness."""
suit_boy = {'name': None, 'attrac': 0}
for boy in boys:
b = ObjectAlloc.find_object(boy)
if b.status is False and b.budget >= fem.cost and b.name != fem.partner and \
fem.attrac >= b.min_attrac_req and b.attrac > suit_boy['attrac']:
suit_boy['name'] = b.name
suit_boy['attrac'] = b.attrac
elif fem.criterion == 'r':
"""For maximum girlfriend budget."""
suit_boy = {'name': None, 'budget': 0}
for boy in boys:
b = ObjectAlloc.find_object(boy)
if b.status is False and b.budget >= fem.cost and b.name != fem.partner and \
fem.attrac >= b.min_attrac_req and b.budget > suit_boy['budget']:
suit_boy['name'] = boy['name']
suit_boy['budget'] = int(boy['budget'])
elif fem.criterion == 'i':
"""For maximum intelligence."""
suit_boy = {'name': None, 'intel': 0}
for boy in boys:
b = ObjectAlloc.find_object(boy)
if b.status is False and b.budget >= fem.cost and b.name != fem.partner and \
fem.attrac >= b.min_attrac_req and b.intel > suit_boy['intel']:
suit_boy['name'] = boy['name']
suit_boy['intel'] = int(boy['intel'])
if suit_boy['name'] is None:
return
else:
boy = {}
for boy in boys:
if boy['name'] == suit_boy['name']:
break
male = ObjectAlloc.find_object(boy)
couple = Couple(male, fem)
couple.happy_gift(male, fem, gifts)
couple.calc_happiness(male, fem)
couple.calc_compatibility(male, fem)
couples.append(vars(couple))
log = Logger()
log.couple_logger(vars(couple))
"""Log couple information in csv file format."""
girl['status'] = 'True'
girl['partner'] = male.name
girl['happiness'] = fem.happiness
girl['gift_recv'] = fem.gift_recv
for boy in boys:
if boy['name'] == male.name:
boy['status'] = 'True'
boy['partner'] = fem.name
boy['amount_spent'] = male.amount_spent
boy['happiness'] = male.happiness
break
