Tlim temperature limitation factor

\begin{equation}
{T_{{{lim}}}=\frac{(T_{{{{air}}}}-T_{{{min}}})\cdot (T_{{{{air}}}}-T_{{{max}}})}{(T_{{{{air}}}}-T_{{{min}}})\cdot (T_{{{{air}}}}-T_{{{max}}})-(T_{{{{air}}}}-T_{{{{opt}}}})^{{2}}}}
\end{equation}
Tmin, Tmax and Topt are local variables that are initialized through the assim\_param array.

Kc Michaelis-Menten constant for the rubisco enzyme catalytic activity for CO2 (ppm)

\begin{equation}
{K_{{c}}={39}{.}{09}\cdot e^{{0{.}{085}\cdot (T_{{{{air}}}}-T_{{0}})}}}
\end{equation}
Ko Michaelis-Menten constant for the rubisco enzyme catalytic activity for O2 (ppm)

\begin{equation}
{K_{{o}}=\frac{2{.}{412}\cdot {210000}\cdot e^{{0{.}{085}\cdot (T_{{{{air}}}}-T_{{{min}}})}}}{(T_{{{air}}}{-T_{{min}}}{)}}}
\end{equation}
\begin{equation}
{\Gamma ^{{?}}={42}\cdot e^{{9{.}{46}\frac{T_{{{{air}}}}-T_{{0}}-{25}}{T_{{{{air}}}}}}}}
\end{equation}
\begin{equation}
{V_{{c}}=V_{{c{max}}}\cdot T_{{{lim}}}\cdot W_{{{lim}}}}
\end{equation}
\begin{equation}
{V_{{j}}=V_{{j{max}}}\cdot T_{{{lim}}}\cdot W_{{{lim}}}}
\end{equation}
