# ######## Constant calculation with multiplication ##################
print('\nNow if we Multiply (*) pi=3.14 Constant right side of the calculation, example: Unc(3, 0.5) * Unc(math.pi)')
c = a * Unc(math.pi)
print(c)
print('\nNow if we Multiply (*) pi=3.14 Constant left side of the calculation, example: Unc(math.pi) * Unc(3, 0.5)')
d = Unc(math.pi) * a
print(d)
input("Enter any key to continue ...........")
#####################################################################
# ######## Constant calculation with division ##################
a = Unc(3, 0.5)
print('pi is ',math.pi)
print('\nNow if we divided (/) pi=3.14 Constant as example: Unc(3, 0.5) / Unc(math.pi)sss')
c = a / Unc(math.pi)
print(c)
print('\nNow if we divided (/) pi=3.14 Constant as example: Unc(math.pi) / Unc(3, 0.5)')
d = Unc(math.pi) / a
print(d)
#################################################################
input("Enter any key to continue ...........\n")
# ######## Natural logarithm - ln(x) calculation with pi constant ##############
print('\nNow if add (+) pi=3.14 Constant with log as example: a.ulog() + Unc(math.pi)')
k = a.ulog() + Unc(math.pi)
print(k)
# #################################################################
input("Enter any key to continue ...........")
sqrt = a.sqrt()
print(sqrt)
#################################################
# ######## Natural logarithm - ln(x) Calculation ##############
print('\nPerform Natural logarithm calculation:')
input("Enter any key to continue ...........")
ln = a.ln()
print(ln)
#################################################
# ######## Normal log (base-10 logarithm) - Calculation ##############
print('\nPerform base-10 logarithm calculation:')
input("Enter any key to continue ...........")
log =a.ulog()
print(log)
#################################################
# ######## e^x - Calculation ##############
print('\nPerform e^x calculation:')
input("Enter any key to continue ...........")
uexp =a.uexp()
print(uexp)
#################################################
# ######## sin - Calculation ##############
print('\nPerform sin calculation:')
input("Enter any key to continue ...........")
sin = np.sin(a)
print(sin)