def set_p(p, Eg, W2, nmax, mmax):
p.ems = func_ems(Eg)
p.alpha = fetmodel.alpha_NP(Eg, p.ems)
p.W2 = W2
Cox = fetmodel.Cox_rect(epsOX, tOX, p.W1, W2)
Cc = fetmodel.Cc_rect(epsS, p.W1, W2)
p.Ceff = Cox * Cc / (Cox + Cc)
p.nmax = nmax
p.mmax = mmax
if __name__ == '__main__':
# Eg = 3.4
# ems = 0.2
# epsOX = 8.5
# epsS = 8.9
# tOX = 20e-9
Eg = 0.36
epsOX = 20
epsS = 15.15
ems = 0.023
tOX = 3e-9
temperature = 300
W1 = 10e-9
W2 = 8e-9
alpha = fetmodel.alpha_NP(Eg, ems)
Cox = fetmodel.Cox_rect(epsOX, tOX, W1, W2)
Cc = fetmodel.Cc_rect(epsS, W1, W2)
# alpha_D = 0
# alpha_G = 1
print(Cox, Cc)
p = fetmodel.parameters_ballistic(alpha=alpha,
Ceff=Cox * Cc / (Cox + Cc),
ems=ems,
W1=W1,
W2=W2,
nmax=3,
mmax=4)
p.output()
# p = fetmodel.param_ballistic()
# p.ems = ems