def calc(self, d=1):
d = round(d)
try:
out = "--- {0} damage ---\nHELMET: {1}, VEST: {2}, RANGE: {3}m\n".format(
self.target_name.replace("-", " "),
self.helmet.capitalize()
if not int(self.helmet[-1:]) == 0 else self.__na,
self.vest.capitalize()
if not int(self.helmet[-1:]) == 0 else self.__na, d)
except AttributeError:
print("Weapon is not found.")
sys.exit(-1)
d = self.__distance(d)
for name, member in list(
self.target.value.keys())[0].__members__.items():
try:
if name in self.__no_armor:
damage = list(
self.target.value.values())[0] * d * member.value
else:
if name in self.__head:
damage = list(self.target.value.values()
)[0] * d * member.value * ARMOR[
self.helmet.upper()].value
else:
damage = list(self.target.value.values()
)[0] * d * member.value * ARMOR[
self.vest.upper()].value
if damage < 0.05:
damage = self.__na
else:
damage = deci(str(damage)).quantize(
deci("0.1"), rounding=ROUND_HALF_DOWN)
out += "\n{0}: {1}({2})".format(name, damage,
self.__tokill(damage))
except KeyError:
print("Armor level is injustice.")
sys.exit(-1)
print(out)
def convert(fromUnit, toUnit, value): #converts a given value to a different unit types value fU = fromUnit[:3].lower() tU = toUnit[:3].lower() value = deci(value) if fU == tU: return float(value) elif tU in F1[fU]: conversion = ((value + F1[fU][tU][0]) * (F1[fU][tU][1]) + (F1[fU][tU][2])) return round(float(conversion), 3) else: raise ConversionNotPossible
def __tokill(self, dmg):
if type(dmg) is str:
return self.__na
return deci(str(100 / dmg)).quantize(deci("0"), rounding=ROUND_CEILING)
def convertCelsiusToKelvin(degrees):
#converts celsius to kelvin
degrees = str(degrees)
convert = (deci(degrees) + deci('273.15'))
return (float(convert))
def convertKelvinToFahrenheit(degrees):
#converts kelvin to fahrenheit
degrees = str(degrees)
convert = (((deci(degrees) * 9) / deci('5')) - deci('459.67'))
return (float(convert))
def convertKelvinToCelsius(degrees):
#converts kelvin to celsius
degrees = str(degrees)
convert = (deci(degrees) - deci('273.15'))
return (float(convert))
def convertFahrenheitToKelvin(degrees):
#converts fahrenheit to kelvin
degrees = str(degrees)
convert = ((deci(degrees) + deci('459.67')) * 5 / deci('9'))
return (float(convert))
def convertFahrenheitToCelsius(degrees):
#converts fahrenheit to celsius
degrees = str(degrees)
convert = ((deci(degrees) - 32) * 5) / deci('9')
return (float(convert))
def convertCelsiusToFahrenheit(degrees):
#converts celsius to fahrenheit
degrees = str(degrees)
convert = (deci(degrees) / deci('5') * 9) + 32
return (float(convert))
#! /usr/bin/env python3
#IS211 Assignment 6 - refactored conversions
import unittest
from decimal import Decimal as deci
class ConversionNotPossible(Exception):
#class for conversion, not possible
pass
KCDIF = deci('273.15')
KFDIF = deci('459.67')
NDIVF = deci('9') / 5
FDIVN = deci('5') / 9
F1 = {'cel': {'kel': (KCDIF, 1, 0), 'fah': (0, NDIVF, 32)},
'kel': {'cel': (-KCDIF, 1, 0), 'fah': (0, NDIVF, -KFDIF)},
'fah': {'cel': (-32, FDIVN, 0), 'kel': (KDIF, FDIVN, 0)},
'mil': {'yar': (0, deci(1760), 0), 'met': (0, deci(1609.34), 0)},
'yar': {'mil': (0, deci(.00056818), 0), 'met': (0, deci(.9144), 0)},
'met': {'mil': (0, deci(.00062137), 0), 'yar': (0, deci(1.09361), 0)}
}
def convert(fromUnit, toUnit, value):
#converts a given value to a different unit types value
fU = fromUnit[:3].lower()
tU = toUnit[:3].lower()
value = deci(value)
if fU == tU:
return float(value)
