def create_citizen( faction, city ):
citizen = person.person( morality = faction.morality +
(rand * (random.random() - 0.5)),
ambition = 5
)
return citizen
def info_input():
name = raw_input("Enter name:")
address = raw_input("Enter address:")
group = raw_input("Enter group:")
persontuple = (name, address, group)
persondict = person(persontuple)
return persondict
def setUp(self):
self.fname = "Car"
self.lname = "Owner"
self.age = 30
self.gender = "Male"
self.address = '16600 LaughAlot St #306'
self.city = 'Sioux Falls'
self.zipcode = '57104'
unittest.TestCase.setUp(self)
self.person=person(self.fname, self.lname, self.age, self.gender, self.address, self.city, self.zipcode)
def runs(num,run,infectivity):
global numVaccinated
numVaccinated = num
#initialize list of people and their coordinates,
plist = [person([randint(0,GRIDSIZE),randint(0,GRIDSIZE)],SCALE) for i in range(int(size))]
#create the initial infected
for infected in range(initialInfected):
#set starting number of infected
plist[infected].set_infected(SCALE)
#create the initial vaccinated
for vaccinated in range(numVaccinated):
#initialize the vaccinated persons
plist[vaccinated+initialInfected].set_vaccinated()
#set runs to 0
runs = 0
inf = getInf(plist)
v = getVac(plist)
c = getCont(plist)
print("infected:{}".format(inf))
logger(runs,inf,size-(inf+v),v,c,infectivity,run)
#run program until everyone not vaccinated is infected
while inf !=(size-v) and not (inf == 0 and c == 0):
#counts runs
runs+=1
#move people each turn
plist = move(plist,GRIDSIZE)
#check for collisions with infected
collisions(plist,infectivity)
inf = getInf(plist)
#log every 100 runs
if runs %1000 == 0:
print(runs)
v = getVac(plist)
c = getCont(plist)
print("infected:{}".format(inf))
print("immune: {}".format(v))
print("contagious: {}".format(c))
logger(runs,inf,size-(inf+v),v,c,infectivity,run)
inf = getInf(plist)
v = getVac(plist)
c = getCont(plist)
print("infected:{}".format(inf))
logger(runs,inf,size-(inf+v),v,c,infectivity,run)
def getyears(inputString):
if len(inputString)== 0:
return
else:
inputString = inputString.rstrip('\n')
inputString = inputString.split(":")
temp = input.validateYears(inputString)
if temp is not None:
return (person(temp[0], temp[1]))
else:
input.printInvalid(inputString)
def person_spawn():
if random.randint(0,100) < 1:
name = names[random.randint(0,len(names)-1)]
name = name[:len(name) - 1]
fc = random.randint(0,6)
if fc <= 1:
faction = "Opener"
elif fc <= 3:
faction = "Closer"
else:
faction = "Neutral"
pnew = person.person(0, random.randint(1,9), resources.person_image, name, faction)
floors[0].append(pnew)
def add_person(self):
name = input('Please input name-->')
address = input('Please input address-->')
phone = input('Please input phone-->')
from person import person
person = person(name, address, phone)
if person.name in addr_book.book.keys():
print('The person already exists')
else:
addr_book.book[person.name] = person
del person
def main():
student1 = student("John Smith", "*****@*****.**")
student2 = student("Name Surname Suffix", "*****@*****.**", False)
admin1 = admin("Joe Admin", "*****@*****.**")
admin2 = admin("root", "root@localhost", False)
placeholder = person("", "")
#desired output is commented next to each print statement
print("Testing get name from student")
print(student1.get_name()) #John Smith
print(student2.get_name()) #Name Surname Suffix
print("Testing get name from admin")
print(admin1.get_name()) #Joe Admin
print(admin2.get_name()) #root
print("Testing get name from person")
placeholder = student1 #John Smith
print(placeholder.get_name())
placeholder = student2 #Name Surname Suffix
print(placeholder.get_name())
placeholder = admin1 #Joe Admin
print(placeholder.get_name())
placeholder = admin2 #root
print(placeholder.get_name())
print("")
print("Testing get email from student")
print(student1.get_email()) #[email protected]
print(student2.get_email()) #[email protected]
print("Testing get email from admin")
print(admin1.get_email()) #[email protected]
print(admin2.get_email()) #root@localhost
print("Testing get email from person")
placeholder = student1
print(placeholder.get_email()) #[email protected]
placeholder = student2
print(placeholder.get_email()) #[email protected]
placeholder = admin1
print(placeholder.get_email()) #[email protected]
placeholder = admin2
print(placeholder.get_email()) #root@localhost
print("")
print("Testing get attendance from student")
print(student1.get_attendance()) #True
print(student2.get_attendance()) #False
print("")
print("Testing get request from admin")
print(admin1.get_admin_request()) #True
print(admin2.get_admin_request()) #False
def __init__(self, width = 500, height = 200, days = 50, pop_size = 3, num_cities = 1, num_villages = 1):
self.width = width # width of map
self.height = height # height of map
self.days = days # number of days to simulate
self.pop_size = pop_size # population size
self.grid = [[[] for i in range(self.width)] for j in range(self.height)] # store list of population indices at each grid cell
self.grid_home = [[[] for i in range(self.width)] for j in range(self.height)]
self.pop = [person() for i in range(self.pop_size)]
self.cities = [city(self.width, self.height, 20) for i in range(num_cities)]
# list of probabilities
self.travel_prob = 0.2
self.home_prob = 0.5 # chance go home each timestep
self.non_local_prob = 0.1 # chance for non-local travel
self.fam_size_a = 3
self.fam_size_b = 6
def process():
'''main process'''
person_hash = read_info()
# person_hash = {}
f = file("info.db", 'w')
running = 1
while running:
name = raw_input("Enter name:")
if name == 'q':
break
phone = int(raw_input("Enter phone:"))
p = person.person(name, phone)
person_hash[name] = p
# person_hash[name].display()
cPickle.dump(person_hash, f)
f.close()
def load(file_name):
ppl_list = {}
with open(file_name, newline='') as csvfile:
filereader = csv.reader(csvfile, delimiter=',')
first_row = False
for row in filereader:
if not first_row:
first_row = True
else:
[id, nick_name, real_name, bday, gender, father, mother, mar, chi, death_dte, imp_flg, notes] = row
marriage = mar.split('-')
if chi == '-':
children = chi
else:
children = chi.split('-')
imp_flg = True if imp_flg == '1' else False
ppl_list[id] = person.person(id, nick_name, real_name, bday, gender, father, mother, marriage, children, death_dte, imp_flg, notes)
return ppl_list
from person import person
incomplete = True
press = person("press")
kardashian = person("celeb")
print "Note, kicking has a lower hit chance than punching, but does higher damage.\n"
while incomplete:
kardashian.user(press)
if not press.alive:
break
press.ai(kardashian)
if not kardashian.alive:
break
print "\nHere are your stats!\nHealth lost: " + str(
kardashian.healthorig - kardashian.health
) + " points.\nHits taken: " + str(kardashian.hits_taken) + "\nSuccessful hits: " + str(
kardashian.hits
) + "\nMisses: " + str(
kardashian.misses
) + "\nHit percent: " + str(
100 * (float(kardashian.hits) / float(kardashian.hits + kardashian.misses))
) + "%"
#load data from files
df = open("defaultperson.txt", "r")
lines = df.readlines()
df.close()
nf = open("names.txt", "r")
names = nf.readlines()
nf.close()
dialogue = text.Label("", font_name="Tulpen One", font_size=20, color=(255,255,255,255), x=0,y=24,width=360,multiline=True, halign='center')
#alarmButton = text.Label("ALARM", font_name="VT323", color=(255,255,255,255), x=300,y=500,halign='center')
person1 = person.person(0, 5, resources.person_image, "Steve")
person2 = person.person(2, 5, resources.person_image, "Rachel")
talking = ""
#add to objects list
#objects.append(building)
for i in range(0, 10):
w = gameobject.gameobject(78.0, 50.0 + i * 50 + 4, 4, 42, (255,255,255,255))
menuImage.append(w)
w2 = gameobject.gameobject(278.0, 50.0 + i * 50 + 4, 4, 42, (255,255,255,255))
menuImage.append(w2)
for i in range(0, 10):
with open(result,'wb') as writeFile:
wD = csv.DictWriter(writeFile, headersList,restval='', extrasaction='raise', dialect='excel')
wD.writeheader()
personList =[]
for f in getFiles(source):
chapter = f.split('/')[-1].replace('.txt','').replace('_',' ')
print chapter.upper()
print
with open(f, 'rb') as text:
chunks = textChunker(text)
for chunk in chunks:
p = person(chunk)
p.category = chapter
p.analyse()
personList.append(p)
p.plotRaw()
for person in personList:
wD.writerow(person.asDict())
print 'done!'
usrInput = ''
people = []
promptHeader = '\n'+'_'*20
prompt1 = promptHeader+'\n1. Create Person\n2. Create Student\n3. Create Instructor\n\nSelect: '
prompt2 = '\nEdit:\n1. Major \n2. GPA\n\nSelect:'
prompt3 = '\nEdit:\n1. Salary\n\nSelect:'
#while usrInput != '4':
usrInput = int(raw_input(prompt1))
if 0 < usrInput < 4:
name = str(raw_input('Name: '))
year = str(raw_input('Birth Year: '))
if usrInput is 1:
me = person.person(name,year)
elif usrInput is 2:
major = str(raw_input('Major: '))
gpa = str(raw_input('GPA: '))
me = person.student(name,year,major,gpa)
elif usrInput is 3:
salary = str(raw_input('Salary: '))
me = person.instructor(name,year,salary)
#elif usrInput is 4:
# for person in people:
# print person
else:
print 'INVALID INPUT\n'
usrInput = 0
while usrInput != 0:
#!/usr/bin/python
import person
p = person.person("zenki", 25)
def show():
global person_id
person_id = 100
print person_id
show()
print person_id
if flag != False:
print "addressBook added successfully."
elif option == "update" or option == "u":
print "Enter the person you want to update:"
pU = info_input()
flag = pU.update_person(addressdict)
write_address(addressfile, addressdict)
if flag != False:
print "addressBook updated successfully."
elif option == "delete" or option == "d":
print "Enter the person <name> you want to delete:"
name = raw_input()
persontuple = (name, "", "")
pD = person(persontuple)
flag = pD.delete_person(addressdict)
write_address(addressfile, addressdict)
if flag != False:
print "addressBook person %s delete successfully." % name
elif option == "search" or option == "s":
print "Enter the person <name> you want to search:"
name = raw_input()
if name != "":
persontuple = (name, "", "")
pS = person(persontuple)
personInfo = pS.search_person(addressdict)
if personInfo != False:
print "%s's information is (address,group):%s" % (name, personInfo)
else:
def printList(thelist):
for element in thelist:
print (str(element)+"")
for line in file:
text = line.split()
if text[0] is 'E':
if getPerson(text[1]) is not False:
person1 = getPerson(text[1])
else:
person1 = person(text[1])
if getPerson(text[2]) is not False:
person2 = getPerson(text[2])
else:
person2 = person(text[2])
if text[3]:
if getPerson(text[3]) is not False:
person3 = getPerson(text[3])
else:
person3 = person(text[3])
person1.setSpouse(person2)
person1.addChild(person3)
isCreated(person1)
import shelve
from person import person
fieldnames=('name','age','job','pay')
db=shelve.open('class-shelve')
while True:
key=raw_input('\nkey?=> ')
if not key:break
if key in db.keys():
record=db[key]
else:
record=person(name='?',age='?')
for field in fieldnames:
currval=getattr(record,field)
newtext=raw_input('\t[%s]=%s\n\t\tnew?=>' % (field,currval))
if newtext:
setattr(record,field,eval(newtext))
db[key]=record
db.close()
if data_type >= len(data):
return []
data = data[data_type]
L = []
for i in range(len(data[0])):
s = []
for k in range(len(data)):
s.append([k+1,data[k][i][1], '20150623102807123456'])
L.append(s)
return L
if __name__ == '__main__':
for i in range(1, 501):
people_idle.append(person(i))
for i in readAllRegionInfo():
maparea.append(i)
buslines.update(readAllLineInfo())
busroutes.update(readAllRouteInfo())
print(busroutes)
a = SimulateBus(1, 0, 10, 10, 0)
# a.stop(30, 10)
# a.stop(40, 20)
a.generateData()
b = SimulateBus(1, 100, 10, 5, 100)
b.generateData()
s = simulate()
s.addSimulateBus(a)
#load data from files
df = open("defaultperson.txt", "r")
lines = df.readlines()
df.close()
nf = open("names.txt", "r")
names = nf.readlines()
nf.close()
dialogue = text.Label("", font_name="Tulpen One", font_size=20, color=(255,255,255,255), x=0,y=24,width=360,multiline=True, halign='center')
#alarmButton = text.Label("ALARM", font_name="VT323", color=(255,255,255,255), x=300,y=500,halign='center')
person1 = person.person(0, 5, "Steve")
person2 = person.person(2, 5, "Rachel")
talking = ""
#add to objects list
#objects.append(building)
for i in range(0, 10):
w = gameobject.gameobject(78.0, 50.0 + i * 50 + 4, 4, 42, (255,255,255,255))
menuImage.append(w)
w2 = gameobject.gameobject(278.0, 50.0 + i * 50 + 4, 4, 42, (255,255,255,255))
menuImage.append(w2)
for i in range(0, 10):
def __init__(self, width = 70, height = 70, days = 500, pop_size = 1000, var = [], density = []):
self.width = width # width of map
self.height = height # height of map
self.days = days # number of days to simulate
self.pop_size = pop_size # population size
self.num_cities = len(var)
self.city_den = copy.deepcopy(density)
self.grid = [[[] for j in range(self.width)] for i in range(self.height)] # store list of population indices at each grid cell
self.grid_home = [[[] for j in range(self.width)] for i in range(self.height)]
self.pop = [person() for i in range(self.pop_size)]
self.cities = [city(self.width, self.height, var[i], density[i]) for i in range(self.num_cities)]
#for i in range(self.num_cities):
# print self.cities[i].loc.x, self.cities[i].loc.y
self.R = [0 for i in range(self.pop_size)]
self.repro = 0
# TODO: list of probabilities - maybe change this?
self.travel_prob = 0.2
self.home_prob = 0.5 # chance go home each timestep
self.non_local_prob = 0.5 # chance for non-local travel
self.fam_size_a = 3
self.fam_size_b = 6
# CONTACT RATES
self.b_fam = 0.1
self.b_com = 0.006
self.b_fun = 0.2 # funeral contact rate
# PROBABILITIES
self.i_mortality = 0.5
self.h_prob = 0.233 #0.248
self.h_mortality = 0.5
# TIMEOUTS
self.incubation_time = 11
self.i_death_time = 8 # use random timeout, [7,9]
self.i_death_time_a = 7
self.i_death_time_b = 9
self.funeral_time = 2.01 # use constant, 2
self.funeral_time_c = 2
self.r_time = 10 # use constant, 15
self.pre_h_time = 4.5 #4.6 # use random timeout, 1-5
self.pre_h_time_a = 3
self.pre_h_time_b = 6
self.h_recover_time = 5.5 # use random timeout, 13-18
self.h_recover_time_a = 5
self.h_recover_time_b = 6
self.h_death_time = 3.51 # use random timeout, 8-12
self.h_death_time_a = 3
self.h_death_time_b = 4
# count number infected in each way
self.funeral_count = 0
self.family_count = 0
self.comm_count = 0
self.numberoffunerals = 0
self.num = [0 for i in range(7)]
# total number in each state SEIHRFD
for i in range(7):
if i == 0:
self.num[i] = self.pop_size
else:
self.num[i] = 0
self.numlist = [[] for i in range(7)]
import shelve
from person import person
from manager import manager
bob=person('bob smith',42,30000,'sweng')
sue=person('sue jones',45,40000,'music')
tom=manager('tom doe',50,50000)
db=shelve.open('class-shelve')
db['bob']=bob
db['sue']=sue
db['tom']=tom
db.close()
def main():
# Create name lists
person.person(1)
community.communify(1)
sys.exit("done!")
def setup(self, app):
self.app = app
rect = self.app.screen.get_rect()
self.p = person.person('sprites/maleprotagonist.png', rect.center)
from person import person
class RecordSystem:
def __init__(self):
self.people = []
def add_person(self, person):
self.people.append(person)
def display(self):
print(self.people)
record_system = RecordSystem()
Gura = person("Gura")
