def Test_FM():
res = np.hstack((np.ones(50), np.zeros(40)))
data = np.hstack((np.zeros(40), np.ones(50)))
#print(CL.Confusion_Matrix(res, data, 2))
#print(CL.srovnej(res,data,2))
#print("celý",CL.F_Measure(res, data, 2))
FM = Cl.F_Measure(res, data, 2)
#print("0" ,round(FM[0][0],3))
#print("1" ,round(FM[0][1],3))
#print("round",round(FM[1], 5))
real_result = [0.889, 0.889, 0.88889]
#print(real_result)
if ((round(FM[0][0], 3) == real_result[0])
and (round(FM[0][0], 3) == real_result[1])
and (round(FM[1], 5) == real_result[2])):
return ("Funguje")
else:
return ("Nefunguje")
