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October 31, 2024 09:33
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Thank you for writing this code, which greatly helped me to learn Hill model.
It seems that there is a problem with the cell 9:
def f_PEE(L_CE_norm, V_CE_norm):
return F_max * ((L_CE_norm - L_CE_opt) / (L_CE_opt * w)) * f_V(V_CE_norm)
should be
def f_PEE(L_CE_norm, V_CE_norm):
return F_max * np.power((L_CE_norm - L_CE_opt) / (L_CE_opt * w), 2) * f_V(V_CE_norm)
Refer to equation 7
Hmm. That's possibly a typo or I may have removed it on purpose. It's been so long I don't remember.
Thank you for writing this code, which greatly helped me to learn Hill model. It seems that there is a problem with the cell 9:
def f_PEE(L_CE_norm, V_CE_norm): return F_max * ((L_CE_norm - L_CE_opt) / (L_CE_opt * w)) * f_V(V_CE_norm)should be
def f_PEE(L_CE_norm, V_CE_norm): return F_max * np.power((L_CE_norm - L_CE_opt) / (L_CE_opt * w), 2) * f_V(V_CE_norm)Refer to equation 7
The power is calculated in the following if
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Yup, that’s correct. Just a typo.