def calc_ea(par, osyk_db):
"""
Υπολογισμός επιδόματος αδείας
"""
par['mtype'] = 'Μισθοδοσία Επιδόματος Αδείας'
par['payroll_type'] = s.PTYPE[par['typ']]
fin = {'par': par}
apo = {}
apo['meresea'] = rnd(par['meres'] / 25 * 2)
apo['meso_imeromisthio'] = rnd(par['val'] / par['meres'])
if par['typ'] == 1:
if apo['meresea'] > 12.5:
apo['meresea'] = 12.5
elif par['typ'] == 2:
if apo['meresea'] > 13:
apo['meresea'] = 13
elif par['typ'] == 3:
if apo['meresea'] > 13:
apo['meresea'] = 13
apo['a_total'] = rnd(apo['meresea'] * apo['meso_imeromisthio'])
apo['meres_efka'] = 0
fin['apo'] = apo
efka = calc_efka(osyk_db, par['kad'], par['eid'], par['per'],
apo['a_total'])
fin['efka'] = efka
year = str(par['per'])[:4]
taxes = calc_tax_doro_pasxa_epidoma_adeias(year, efka['amount-after-efka'],
par['paidia'])
fin['taxes'] = taxes
return fin
def calc_astheneia(par, osyk_db):
fin = {'par': par}
apo = {}
apo['a_eos3'] = rnd(par['eos3'] * par['imeromisthio'] / 2)
apo['a_more3'] = rnd(par['more3'] * par['imeromisthio'])
apo['a_efka'] = rnd(apo['a_eos3'] + apo['a_more3'])
efka = calc_efka(osyk_db, par['kad'], par['eid'], par['per'],
apo['a_efka'])
efka_epidoma = calc_efka(osyk_db, par['kad'], par['eid'], par['per'],
par['epidoma'])
fin['apo'] = apo
fin['efka'] = efka
return fin
def rndCoords(distance, zFlatness, center={"x":0,"y":0,"z":0}):
distance = random.randrange(distance[0],distance[1])
x = utils.rnd()
y = utils.rnd()
z = utils.rnd() * zFlatness
l = math.fabs(x**3 + y**3 + z**3)**(1/3)
k = distance / l
return {
"radius":distance,
"x":float(x*k+center["x"]),
"y":float(y*k+center["y"]),
"z":float(z*k+center["z"])
}
def calc_eisfores(self, amount):
rvl = {
'epikouriko': self.name,
'pososto_ergazomenos%': self.penos,
'pososto_ergodotis%': self.petis,
'pososto_total': self.penos + self.petis,
'amount': amount
}
rvl['kratiseis_ergazomenou'] = rnd(amount * self.penos / 100.0)
total = rnd(amount * (self.penos + self.petis) / 100.0)
rvl['kratiseis_ergodoti'] = total - rvl['kratiseis_ergazomenou']
rvl['kratiseis_synolika'] = total
return rvl
def calc_mikta_apo_kathara(kat, kad, eid, per, paidia, osyk_db):
"""Υπολογισμός μικτών απόδοχών από καθαρές αποδοχές"""
if per == 0:
now = datetime.datetime.now()
per = int(now.isoformat()[:7].replace('-', ''))
apr = kat
i = 0
delta = 10
while delta > 0.001:
if i > 100:
break
i += 1
arr = {
'val': apr,
'meres': 25,
'paidia': paidia,
'typ': 1,
'per': per,
'kad': kad,
'eid': eid
}
res = calc_mis(arr, osyk_db)
val = res['taxes']['katharo']
delta = kat - val
apr += delta
arr['misthos'] = apr
return {
'kathara': kat,
'mikta': rnd(apr),
'kad': kad,
'eid': eid,
'per': per,
'paidia': paidia,
'iterations': i
}
def randomtitle(self, allowparentheses=True):
while True:
if utils.rnd(100) < 80:
name = random.choice(self.english_titles)
else:
name = random.choice(self.non_english_titles)
if not allowparentheses and ("(" in name or ")" in name):
continue
return name
def __init__(self, poso, penos, ptotal):
self.poso = poso
self.pososto_ergazomenos = penos
self.pososto_total = ptotal
self.pososto_ergodotis = ptotal - penos
ergazomenos = rnd(penos * poso / 100)
ttotal = rnd(ptotal * poso / 100)
ergodotis = rnd(ttotal - ergazomenos)
super().__init__(ergazomenos=ergazomenos, ergodotis=ergodotis)
self.kostos_ergodoti = rnd(self.poso + ergodotis)
self.ergazomenos_katharo = rnd(self.poso - ergazomenos)
kostos_ergodoti_check = rnd(self.total + self.ergazomenos_katharo)
self.isok = self.kostos_ergodoti == kostos_ergodoti_check
def calc_doro(par, osyk_db):
"""
par: {
'imeromisthio': 55,
'total_meres': 15
}
dtyp: 1=Πάσχα, 2=Χριστούγεννα
Στην περίπτωση των ημερομισθίων θα μπορούσε να γίνει υπολογισμός
με βάση τις μικτές αποδοχές από Ιανουάριο έως Απρίλιο επί τον
συντελεστη 0.15385(0.6154 / 4)
"""
par['paidia'] = par.get('paidia', 0)
fin = {'par': par}
if par['doro_typ'] == 1:
syn = 6.5
orio_meres = 15
par['mtype'] = 'Μισθοδοσία Δώρου Πάσχα'
else:
syn = 8
orio_meres = 25
par['mtype'] = 'Μισθοδοσία Δώρου Χριστουγέννων'
apo = {}
par['payroll_type'] = s.PTYPE[par['typ']]
if par['typ'] == 1:
apo['a_doro'] = rnd(par['val'] / 8)
elif par['typ'] == 2:
if par['meres'] == 0:
return {'error': 'Πρέπει να δώσετε ημέρες εργασίας (meres)'}
apo['a_doro'] = rnd(par['val'] * par['meres'] / syn)
apo['orio_doroy'] = rnd(orio_meres * par['val'])
if apo['a_doro'] > apo['orio_doroy']:
apo['a_doro'] = rnd(apo['orio_doroy'])
elif par['typ'] == 3:
apo['a_doro'] = rnd(par['val'] / 8)
else:
fin['apo'] = {'error': 'Λάθος τύπος μισθοδοσίας'}
return fin
apo['a_total'] = rnd(apo['a_doro'] * s.PROSAFKSISI_DOROY)
apo['meres_efka'] = 0
fin['apo'] = apo
efka = calc_efka(osyk_db, par['kad'], par['eid'], par['per'],
apo['a_total'])
fin['efka'] = efka
year = str(par['per'])[:4]
taxes = calc_tax_doro_pasxa_epidoma_adeias(year, efka['amount-after-efka'],
par['paidia'])
fin['taxes'] = taxes
return fin
def randomrectangle_candidate(w, h):
center = Point(rnd(w), rnd(h))
rw = max(rnd(w * 0.9), 30) # Not too thin: minimum width and height 20 pixels.
rh = max(rnd(h * 0.9), 20)
r = Rectangle(
Point(center.x - rw / 2, center.y + rh / 2),
Point(center.x + rw / 2, center.y + rh / 2),
Point(center.x + rw / 2, center.y - rh / 2),
Point(center.x - rw / 2, center.y - rh / 2))
# Now rotate it randomly. There's a fifty-fifty percent change that the rotation will be strongly vertical/horizontal aligned.
if rnd(100) > 50:
angle = rnd(360) # Completely arbitrary rotation.
else:
angle = rnd(4) - 2 # Almost horizontal/vertical ;-)
r = rotate.rotatedrectangle(r, angle)
# Check whether every coordinate of the rectangle lies within (0,0)-(w,h) (with a 5% margin)
topmargin, rightmargin, bottommargin, leftmargin = h * 0.05, w * 0.95, h * 0.95, w * 0.05
for p in r:
if p.x < leftmargin or p.x > rightmargin: return None
if p.y < topmargin or p.y > bottommargin: return None
return r
def calc_tax_period(year, monthly_income, children=0, barytis=14):
"""Monthly calculation"""
syn = barytis
income = monthly_income * syn
tax = calc_tax(year, income, children)
tax['monthly_income'] = monthly_income
tax['barytis'] = barytis
tax['foros-poy-analogei-mina'] = rnd(tax['foros-poy-analogei'] / syn)
tax['ekptosi-parakratithentos-foroy-mina'] = rnd(
tax['ekptosi-parakratithentos-foroy'] / syn)
tax['foros-poy-parakratithike-mina'] = rnd(
tax['foros-poy-analogei-mina'] -
tax['ekptosi-parakratithentos-foroy-mina'])
tax['eea-mina'] = rnd(tax['eea'] / syn)
tax['total-tax-mina'] = rnd(tax['foros-poy-parakratithike-mina'] +
tax['eea-mina'])
tax['katharo'] = rnd(monthly_income - tax['total-tax-mina'])
return tax
def calc_efka(database, kad, eid, per, amount):
"""Calculate efka"""
kpk = get_kpk(database, kad, eid, per)
if kpk is None:
return {
'error': 'Δεν βρέθηκε ΚΑΔ για το συνδυασμό kad, eid, per',
'kad': kad,
'eid': eid,
'per': per
}
penos = kpk['ergnos'] / 100.0
ptota = kpk['synolo'] / 100.0
kpk['amount'] = amount
kpk['efka-ergazomenos'] = rnd(amount * penos, 2)
kpk['efka-total'] = rnd(amount * ptota, 2)
kpk['efka-ergodotis'] = rnd(kpk['efka-total'] - kpk['efka-ergazomenos'], 2)
kpk['amount-after-efka'] = rnd(amount - kpk['efka-ergazomenos'], 2)
kpk['total-kost'] = rnd(amount + kpk['efka-ergodotis'], 2)
kpk['total-kost-check'] = rnd(kpk['efka-total'] + kpk['amount-after-efka'],
2)
return kpk
def test_rnd_01(self):
self.assertEqual(utils.rnd(10.555, 2), 10.56)
def calc_mis(par, osyk_db):
"""
par: Dictionary με τις παρουσίες του εργαζομένου
"""
par['ores'] = par.get('ores', 0)
# Έλεγχοι για να έχουμε είτε μισθο είτε ημερομίσθιο είτε ωρομίσθιο
valid_par, error_dic = check_par(par)
if not valid_par:
return error_dic
par['month_year'] = humanize_period(par['per'])
par['ores_nyxta'] = par.get('ores_nyxta', 0)
par['ores_argia'] = par.get('ores_argia', 0)
par['ores_yperergasia'] = par.get('ores_yperergasia', 0)
par['meres_argia'] = par.get('meres_argia', 0)
par['paidia'] = par.get('paidia', 0)
par['mtype'] = 'Μισθοδοσία μηνός'
fin = {'par': par}
apo = {}
par['payroll_type'] = s.PTYPE[par['typ']]
if par['typ'] == 1:
if par['meres'] == 0:
par['meres'] = 25
apo['misthos'] = par['val']
apo['imeromisthio'] = rnd(par['val'] / s.EFKA_MERES_MHNA)
apo['oromisthio'] = rnd(apo['imeromisthio'] * s.EFKA_MERES_BDOMADA /
s.EFKA_ORES_BDOMADA)
apo['a_meres'] = rnd(par['meres'] / s.EFKA_MERES_MHNA * par['val'])
apo['a_yperergasia'] = rnd(par['ores_yperergasia'] * apo['oromisthio'])
apo['a_nyxta'] = rnd(par['ores_nyxta'] * apo['oromisthio'] *
s.POSOSTO_NYXTA)
apo['a_argia_ores'] = rnd(par['ores_argia'] * apo['oromisthio'] *
s.POSOSTO_ARGIA)
apo['a_argia_meres'] = rnd(par['meres_argia'] * apo['imeromisthio'] *
s.POSOSTO_ARGIA)
apo['a_total'] = rnd(apo['a_meres'] + apo['a_yperergasia'] +
apo['a_nyxta'] + apo['a_argia_ores'] +
apo['a_argia_meres'])
apo['meres_efka'] = par['meres']
elif par['typ'] == 2:
apo['imeromisthio'] = par['val']
apo['oromisthio'] = rnd(par['val'] * s.EFKA_MERES_BDOMADA /
s.EFKA_ORES_BDOMADA)
apo['a_meres'] = rnd(par['meres'] * par['val'])
apo['a_yperergasia'] = rnd(par['ores_yperergasia'] * apo['oromisthio'])
apo['a_nyxta'] = rnd(par['ores_nyxta'] * apo['oromisthio'] *
s.POSOSTO_NYXTA)
apo['a_argia_ores'] = rnd(par['ores_argia'] * apo['oromisthio'] *
s.POSOSTO_ARGIA)
apo['a_argia_meres'] = rnd(par['meres_argia'] * par['val'] *
s.POSOSTO_ARGIA)
apo['a_total'] = rnd(apo['a_meres'] + apo['a_yperergasia'] +
apo['a_nyxta'] + apo['a_argia_ores'] +
apo['a_argia_meres'])
apo['meres_efka'] = par['meres']
elif par['typ'] == 3:
apo['oromisthio'] = par['val']
apo['a_ores'] = rnd(par['ores'] * par['val'])
apo['a_yperergasia'] = rnd(par['ores_yperergasia'] * par['val'])
apo['a_nyxta'] = rnd(par['ores_nyxta'] * par['val'] * s.POSOSTO_NYXTA)
apo['a_argia_ores'] = rnd(par['ores_argia'] * par['val'] *
s.POSOSTO_ARGIA)
apo['a_total'] = rnd(apo['a_ores'] + apo['a_yperergasia'] +
apo['a_nyxta'] + apo['a_argia_ores'])
apo['oresAnaMera'] = rnd(par['ores'] / par['meres'])
apo['imeromisthio'] = rnd(apo['oresAnaMera'] * par['val'])
if apo['imeromisthio'] >= s.EFKA_CLASS_1:
par['meres_efka'] = par['meres']
else:
par['meres_efka'] = rnd(apo['a_total'] / s.EFKA_CLASS_1, 0)
else:
fin['apo'] = {'error': 'Λάθος τύπος μισθοδοσίας'}
return fin
fin['apo'] = apo
# Εφ όσον έχουν πάει όλα καλά μέχρι εδώ συνεχίζουμε
efka = calc_efka(osyk_db, par['kad'], par['eid'], par['per'],
apo['a_total'])
fin['efka'] = efka
year = str(par['per'])[:4]
taxes = calc_tax_monthly(year, efka['amount-after-efka'], par['paidia'])
fin['taxes'] = taxes
return fin
def __init__(self, ergazomenos=0, ergodotis=0):
self.ergazomenos = rnd(ergazomenos)
self.ergodotis = rnd(ergodotis)
def total(self):
return rnd(self.ergazomenos + self.ergodotis)
def __add__(self, another):
enos = rnd(self.ergazomenos + another.ergazomenos)
etis = rnd(self.ergodotis + another.ergodotis)
return Cost(enos, etis)
def test_rnd_02(self):
self.assertEqual(utils.rnd(10.554, 2), 10.55)
def randompastelcolor():
hue = rnd(360)
lightness = rnd(0.8, 0.9)
saturation = rnd(0.5, 1)
return colorspace.hsl2rgb1(hue, saturation, lightness)
def randomcolor(transfrom=None, transto=None):
if transfrom is None:
return rnd(1), rnd(1), rnd(1)
else:
return rnd(1), rnd(1), rnd(1), rnd(transfrom, transto)