def VapO2(P,T,x_N2):
	x = (P-5.44671220e+02)/2.47804900e-01
	y = (T--1.77974655e+02)/7.88210000e-03
	z = (x_N2-9.93714215e-01)/1.07156015e-03
	output = \
	    1*-5.70904190e+01+\
	    z*5.71250785e+01+\
	    y*5.79503513e+01+\
	    x*-4.36281367e+01
	y_O2 = output*2.92472581e-05+1.03111540e-04
	return y_O2
e122ea9fbac710355c5f975849e759f22f7c7a71
<mask token>

def VapO2(P, T, x_N2):
    x = (P - 544.67122) / 0.2478049
    y = (T - -177.974655) / 0.0078821
    z = (x_N2 - 0.993714215) / 0.00107156015
    output = 1 * -57.090419 + z * 57.1250785 + y * 57.9503513 + x * -43.6281367
    y_O2 = output * 2.92472581e-05 + 0.00010311154
    return y_O2

def VapO2(P,T,x_N2):
	x = (P-5.44671220e+02)/2.47804900e-01
	y = (T--1.77974655e+02)/7.88210000e-03
	z = (x_N2-9.93714215e-01)/1.07156015e-03
	output = \
	    1*-5.70904190e+01+\
	    z*5.71250785e+01+\
	    y*5.79503513e+01+\
	    x*-4.36281367e+01
	y_O2 = output*2.92472581e-05+1.03111540e-04
	return y_O2