def __truediv__(self, other):
if (type(other) == komplex):
divisor = other.r * other.r - other.i * -other.i
dividend = komplex(self.r, 0) * komplex(other.r, -other.i)
return (komplex(dividend.r / divisor, dividend.i / divisor))
elif (type(other) == rational):
return (rational(self.r / other.r))
elif (type(other) in [str, float, int]):
try:
return (rational(self.r / float(other)))
except:
print("Warning: '", other,
"' value couldn't be converted into float")
return (self)
def __add__(self, other):
if (type(other) == komplex):
return (komplex(self.r + other.r, 0 + other.i))
elif (type(other) in [rational]):
return (rational(self.r + other.r))
elif (type(other) in [str, float, int]):
try:
return (rational(self.r + float(other)))
except:
print("Warning: '", other,
"' value couldn't be converted into float")
return (self)