def __init__(self):
textGenerator.__init__(self, lang=None)
self._name = 'firstName'
self._lpath = [os.path.abspath('../resources/old/firstname.pkl')]
self._value = list(map(lambda x: x[0],
self.loadResources(self._lpath)))
self._lenRes = len(self._lresources)
def __init__(self, lang):
textGenerator.__init__(self, lang=None)
self._structure = [((firstNameGenerator(), 1,
100), (lastNameGenerator(), 1,
100), (professionGenerator(), 1, 100),
(locationPrepositionGenerator(), 1,
75), (locationGenerator(), 1, 75), 100)]
def __init__(self):
textGenerator.__init__(self, self.lang)
myList = [
self.person, self.date, self.deathreasons, self.doktor,
self.location, self.profession, self.status
]
self._structure = []
for nbfields in range(1, 4): #3
nbx = 0
while nbx < 100: # 30
# for nbx in range(0,30):
lseq = []
sCoveredFields = set()
while len(sCoveredFields) < nbfields:
curfield = myList[random.randint(0, len(myList) - 1)]
if curfield in sCoveredFields:
pass
else:
sCoveredFields.add(curfield)
lseq.append((curfield, 1, 100))
nbx += 1
lseq.append(100)
# print "seq:", lseq
if tuple(lseq) not in self._structure:
self._structure.append(tuple(lseq))
def __init__(self, lang):
textGenerator.__init__(self, lang=None)
self.deathreson = deathreasonGenerator()
self.doktor = doktorGenerator(lang)
self.location = location2Generator()
self._structure = [((self.deathreson, 1, 100), (self.doktor, 1, 30),
(self.location, 1, 10), 100)]
def __init__(self):
textGenerator.__init__(self, self.lang)
myList = [
self.brautigam, self.braut, self.leg, self.numItems, self.noise2,
self.hebamme, self.date, self.zeugen, self.mutterStand,
self.location, self.profession, self.status, self.misc
]
#myList=[self.person,self.zeugen,self.mutterStand]
for g in myList:
g.setClassesToBeLearnt(self.lClassesToBeLearnt)
self._structure = []
# for nbfields in range(1,len(myList)+1):
for nbfields in range(1, 2):
# x structures per length
# n!/(k!(n-k)!) = 364 pour 14/3
nbx = 0
while nbx < 400:
lseq = []
sCoveredFields = set()
while len(sCoveredFields) < nbfields:
curfield = myList[random.randint(0, len(myList) - 1)]
if curfield in sCoveredFields:
pass
else:
sCoveredFields.add(curfield)
lseq.append((curfield, 1, 100))
nbx += 1
lseq.append(100)
if tuple(lseq) not in self._structure:
self._structure.append(tuple(lseq))
def __init__(self, length, sd):
textGenerator.__init__(self, lang=None)
self._name = 'txtnoise'
self._length = length
self._std = sd
self._generation = None
self._value = None
def __init__(self):
textGenerator.__init__(self, lang=None)
self.loadResourcesFromList([[('knabe', 5), ('mädchen', 5),
('kind', 30), ('Säugling', 5),
('ledig', 20), ('verehelichet.', 10),
('erehelicht', 10), ('wittwe', 20),
('wittwer', 10), ('verwitwet', 5),
('verw.', 5), ('verheirathet', 10),
('verhei', 10)]])
def __init__(self):
textGenerator.__init__(self, lang=None)
self._name = 'location'
self.location = locationGenerator()
self.location2 = locationGenerator()
self.prep = locationPrepositionGenerator()
self._structure = [((self.location2, 1, 20), (self.prep, 1, 10),
(self.location, 1, 100), (legitimGenerator(), 1,
10), 100)]
def __init__(self, lang=None):
textGenerator.__init__(self, lang=None)
self._structure = [
((firstNameGenerator(), 1, 100), (lastNameGenerator(), 1, 100),
(CUMSACRGenerator(lang), 1, 25), 100),
((lastNameGenerator(), 1, 100), (firstNameGenerator(), 1, 100),
(CUMSACRGenerator(lang), 1, 25), 100)
# noisy one
# ,( (lastNameGenerator(),1,50), (firstNameGenerator(),1,50),(CUMSACRGenerator(lang),1,25),100)
]
def __init__(self, lang):
textGenerator.__init__(self, lang=None)
self._structure = [
((firstNameGenerator(), 1, 100), (GEBGenerator(lang), 1, 50),
(lastNameGenerator2(), 1, 100), (religionGenerator(), 1, 20), 50),
((firstNameGenerator(), 1, 100), (lastNameGenerator2(), 1, 100),
(religionGenerator(), 1, 20), 50)
#, ( (lastNameGenerator2(),1,00), (firstNameGenerator(),1,100), (GEBGenerator(lang),1,50),(religionGenerator(),1,20),100)
]
def __init__(self, lang):
textGenerator.__init__(self, lang=None)
#deathdate = ABPGermanDateGenerator()
#deathdate.defineRange(1700, 2000)
self._structure = [
((firstNameGenerator(), 1, 100), (legitimGenerator(), 1, 10), 100
) #(deathdate,1,10),80)
,
((firstNameGenerator(), 1, 100), (lastNameGenerator2(), 1, 100),
(legitimGenerator(), 1, 10), 20)
]
def __init__(self, lang):
textGenerator.__init__(self, lang)
self.yearoffset = 0
self.monthGen = MonthDateGenerator(lang)
self.monthdayGen = MonthDayDateGenerator(lang)
self.weekdayGen = weekDayDateGenerator(lang)
self.hourGen = FullHourDateGenerator(lang)
self.yearGen = yearGenerator(lang)
self._structure = [((self.yearGen, 1, 90), (self.weekdayGen, 1, 90),
(self.monthdayGen, 1, 90), (self.monthGen, 1, 90),
(self.hourGen, 1, 100), 100)]
def __init__(self, lang=None):
textGenerator.__init__(self, lang=None)
self._structure = [
((firstNameGenerator(), 1, 100), (lastNameGenerator2(), 1, 100),
(CUMSACRGenerator(lang), 1, 10), (religionGenerator(), 1, 20),
(legitimGenerator(), 1, 10), 100),
((lastNameGenerator2(), 1, 100), (firstNameGenerator(), 1, 100),
(CUMSACRGenerator(lang), 1, 10), (religionGenerator(), 1, 20),
(legitimGenerator(), 1, 10), 100)
#noisy ones ?
# ,( (firstNameGenerator(),1,100), (CUMSACRGenerator(lang),1,25),100)
# ,( (lastNameGenerator(),1,100), (CUMSACRGenerator(lang),1,25),100)
]
def __init__(self):
textGenerator.__init__(self, self.lang)
myList = [
self.religion,
self.leg,
self.numItems,
#self.noise,
self.noise2,
self.person,
self.date,
self.deathreasons,
self.doktor,
self.location,
self.profession,
self.status,
self.age,
self.misc
]
self._structure = []
# for nbfields in range(1,len(myList)+1):
for nbfields in range(1, 4):
# x structures per length
# n!/(k!(n-k)!) = 364 pour 14/3
nbx = 0
while nbx < 400:
lseq = []
sCoveredFields = set()
while len(sCoveredFields) < nbfields:
curfield = myList[random.randint(0, len(myList) - 1)]
if curfield in sCoveredFields:
pass
else:
sCoveredFields.add(curfield)
lseq.append((curfield, 1, 100))
nbx += 1
lseq.append(100)
if tuple(lseq) not in self._structure:
self._structure.append(tuple(lseq))
def __init__(self):
# startDate = datetime.datetime(1900, 01, 01)
# randdays = random.uniform(1,364*100)
# randhours = random.uniform(1,24)
# step = datetime.timedelta(days=randdays,hours=randhours)
#
# d = startDate + step
# delta= relativedelta(d+step,d)
# self.years = delta.months
# self.months = delta.months
# self.weeks = delta.days // 7
# self.days = delta.days % 7
textGenerator.__init__(self, lang=None)
self.measure = ageValueGenerator(50, 10)
self.unit = AgeUnitGenerator()
self._structure = [
((self.measure, 1, 100), (self.unit, 1, 100), 100)
# ( (self.measure,1,100), (self.unit,1,100),(self.measure,1,100), (self.unit,1,100),100),
# ( (self.measure,1,100), (self.unit,1,100),(self.measure,1,100), (self.unit,1,100),(self.measure,1,100), (self.unit,1,100),100)
]
def __init__(self, lang):
textGenerator.__init__(self, lang)
self._value = ['uhr']
def __init__(self, lang):
textGenerator.__init__(self, lang=None)
self._structure = [((doktorTitleGenerator(lang), 1,
10), (firstNameGenerator(), 1, 100),
(lastNameGenerator(), 1, 100), 90),
((ohneArtzGenerator(), 1, 100), 10)]
def __init__(self):
textGenerator.__init__(self, lang=None)
self.loadResourcesFromList([[('Jahre', 50), ('Ja', 10), ('Monate', 10),
('M.', 10), ('W', 5), ('Wochen', 5),
('T', 3), ('Tag', 6), ('Stunde', 10)]])
def __init__(self, lang):
textGenerator.__init__(self, lang)
# self._structure = ['DEN']
self._value = ['am', 'den', 'Den', 'der']
def __init__(self, lang):
textGenerator.__init__(self, lang)
self.hour = HourDateGenerator(lang)
self._structure = [((UMGenerator(lang), 1, 50), (self.hour, 1, 100),
(UHRGenerator(lang), 1,
100), (DayPartsGenerator(lang), 1, 25), 100)]
def __init__(self, lang=None):
textGenerator.__init__(self, lang=None)
self._value = ['ohne Arzt', 'O. A.', 'Ohne A.']
def __init__(self, lang, value=None):
self._fulldate = None
textGenerator.__init__(self, lang)
self._value = [value]
self.realization = ['Y']
self.offset = 0
def __init__(self, lang, value=None):
textGenerator.__init__(self, lang)
self._value = [
'abends', 'morgens', 'vormittags', 'nachmittags', 'mittags',
'nacht', 'fruh', 'früh'
]
def __init__(self, mean, std):
textGenerator.__init__(self, lang=None)
self._structure = [((positiveIntegerGenerator(mean, std), 1, 100),
(NumberedItemSepGenerator(), 1, 50), 100)]
self._separator = ""
def __init__(self, lang, value=None):
self._fulldate = None
textGenerator.__init__(self, lang)
#self._value = [value]
self.realization = ['H', 'I']
def __init__(self, lang, value=None):
self._fulldate = None
textGenerator.__init__(self, lang)
self._value = [value]
# self.realization=['a','A','w']
self.realization = ['a', 'A']
def __init__(self, lang, value=None):
textGenerator.__init__(self, lang)
self._value = [value]
self.realization = ['d']
def __init__(self):
textGenerator.__init__(self, lang=None)
self.loadResourcesFromList([[('.', 50), (')', 30), ('/', 20)]])
def __init__(self, lang, value=None):
textGenerator.__init__(self, lang)
self._value = [value]
# self.realization = ['b','B','m'] # m = 01 02 ...
self.realization = ['b', 'B']
def __init__(self, lang):
textGenerator.__init__(self, lang=None)
self._value = [
'Arzt', 'Dr', 'Chirurg', 'Landarzt', 'doktor', 'hebamme',
'Hebam̄e', 'Frau', 'Sch.', 'Schwester'
]
