Add new thermal time parameters in .vpz and ParametresPlante

sunflo/exp/sunflo_simple.vpz

@@ -1046,7 +1046,19 @@
  <port name="zRac_max">
 <double>1800.000000000000000</double>
 </port>
-</condition>
+<port name="Tcritical">
+     <double>50.65</double>
+    </port>
+    <port name="Talpha">
+     <double>0.9359</double>
+    </port>
+    <port name="Tbeta">
+     <double>1.1172031</double>
+    </port>
+    <port name="Tmu">
+     <double>0</double>
+    </port>
+   </condition>
 <condition name="CONFIG_SimuInit">
  
  

sunflo/src/ParametresPlante.hpp

@@ -116,6 +116,22 @@ struct ParametresPlante {
     //codeMMpourMemo parameter: Tbase 4.8    0
     double Tbase ;
 
+    /// # Température critique [Parent2014]
+    //codeMMpourMemo parameter: Tcritical 50.65
+    double Tcritical ;
+
+    /// # Parameter alpha thermal time [Parent2014]
+    //codeMMpourMemo parameter: Talpha 0.9359046
+    double Talpha ;
+
+    /// # Parameter alpha thermal time [Parent2014]
+    //codeMMpourMemo parameter: Tbeta 1.1172031
+    double Tbeta ;
+
+    /// # Parameter alpha thermal time [Parent2014]
+    //codeMMpourMemo parameter: Tmu -3.7215525
+    double Tmu ;
+
     /// # Température Maximale pour la capacité photosynthétique (°C)
     //codeMMpourMemo parameter: Tmax_PHS     37    0
     double Tmax_PHS ;
@@ -197,6 +213,10 @@ struct ParametresPlante {
         Phy1 = Utils::extractDouble(evts, "Phy1");
         Phy2 = Utils::extractDouble(evts, "Phy2");
         Tbase = Utils::extractDouble(evts, "Tbase");
+	Tcritical = Utils::extractDouble(evts, "Tcritical");
+	Talpha = Utils::extractDouble(evts, "Talpha");
+	Tbeta = Utils::extractDouble(evts, "Tbeta");
+	Tmu = Utils::extractDouble(evts, "Tmu");
         Tmax_PHS = Utils::extractDouble(evts, "Tmax_PHS");
         Topt1_PHS = Utils::extractDouble(evts, "Topt1_PHS");
         Topt2_PHS = Utils::extractDouble(evts, "Topt2_PHS");