Commit 4ba42955 authored by RemiM's avatar RemiM Committed by Ronan Trepos
Browse files

Modified GY model

parent 092b1609
.cproject
.project
commun/buildvle/
sunflo/buildvle/
sunflo/buildvle/*
sunflo_bio/buildvle/
sunflo_climat/buildvle/
sunflo_diag/buildvle/
......@@ -33,3 +33,5 @@ sunflo_itk/build/
sunflo_itk/lib/
sunflo_itk/doc/
*archive*
*.gitignore*
*.so
......@@ -15,7 +15,7 @@
<port name="zSemis"/>&#xd;
</out>&#xd;
</model>&#xd;
<model width="100" height="255" x="287" y="63" name="sunflo_bio" type="coupled">&#xd;
<model width="100" height="255" x="286" y="63" name="sunflo_bio" type="coupled">&#xd;
<in>
<port name="ActionFerti"/>
<port name="ActionIrrig"/>
......@@ -75,14 +75,19 @@
<port name="Eb"/>&#xd;
</out>&#xd;
</model>&#xd;
<model observables="diagnostic" conditions="CONFIG_Plante,CONFIG_SimuInit,CONFIG_Variete,diagnostic,EXPERT_Plante,EXPERT_SimuInit" width="100" dynamics="diagnostic" height="75" x="1056" y="353" name="diagnostic" type="atomic">&#xd;
<model observables="diagnostic" conditions="CONFIG_Variete,EXPERT_SimuInit,CONFIG_SimuInit,diagnostic,CONFIG_Plante,EXPERT_Plante" width="100" dynamics="diagnostic" height="75" x="1051" y="307" name="diagnostic" type="atomic">&#xd;
<in>
<port name="ChgtPhasePhenoPlante"/>
<port name="ETRETM"/>
<port name="TT_A2"/>
<port name="PhasePhenoPlante"/>
<port name="Tmoy"/>
<port name="RG"/>
<port name="RG"/>
<port name="Pluie"/>
<port name="Ei"/>
<port name="FHTR"/>
<port name="CT_RUE"/>
<port name="FNIRUE"/>
</in>&#xd;
<out>
<port name="D_MH"/>
......@@ -99,6 +104,14 @@
<port name="NET_FM"/>
<port name="NET_MH"/>
<port name="TT_MH"/>
<port name="SRR_EF"/>
<port name="SRR_FM"/>
<port name="SIR_EF"/>
<port name="SFHTR_EF"/>
<port name="SFHTR_FM"/>
<port name="SHT_FM"/>
<port name="SIR_FM"/>
<port name="SFNRUE_MH"/>
</out>&#xd;
</model>&#xd;
<model observables="phenologie" conditions="itk,cBegin,CONFIG_SimuInit,CONFIG_Variete,phenologie,EXPERT_Plante,CONFIG_Plante,EXPERT_SimuInit" width="100" dynamics="Phenologie" height="105" x="252" y="22" name="phenologie" type="atomic">&#xd;
......@@ -124,7 +137,7 @@
<port name="Teff"/>&#xd;
</out>&#xd;
</model>&#xd;
<model width="100" height="195" x="889" y="624" name="performances" type="coupled">&#xd;
<model width="100" height="452" x="887" y="536" name="performances" type="coupled">&#xd;
<in>
<port name="ChgtPhasePhenoPlante"/>
<port name="LAI"/>
......@@ -146,6 +159,14 @@
<port name="NET_FM"/>
<port name="NET_MH"/>
<port name="TT_MH"/>
<port name="SRR_EF"/>
<port name="SRR_FM"/>
<port name="SIR_EF"/>
<port name="SFHTR_EF"/>
<port name="SFHTR_FM"/>
<port name="SHT_FM"/>
<port name="SIR_FM"/>
<port name="SFNRUE_MH"/>
</in>&#xd;
<out>
<port name="IRs"/>
......@@ -153,7 +174,7 @@
<port name="TH"/>
</out>&#xd;
<submodels>&#xd;
<model observables="elaboration_qualite" conditions="CONFIG_Variete,elaboration_qualite,itk" width="100" dynamics="elaboration_qualite" height="165" x="377" y="321" name="elaboration_qualite" type="atomic">&#xd;
<model observables="elaboration_qualite" conditions="CONFIG_Variete,elaboration_qualite,itk" width="100" dynamics="elaboration_qualite" height="165" x="436" y="460" name="elaboration_qualite" type="atomic">&#xd;
<in>
<port name="ChgtPhasePhenoPlante"/>
<port name="PhasePhenoPlante"/>
......@@ -179,6 +200,14 @@
<port name="NET_FM"/>
<port name="NET_MH"/>
<port name="TT_MH"/>
<port name="SRR_EF"/>
<port name="SRR_FM"/>
<port name="SIR_EF"/>
<port name="SFHTR_EF"/>
<port name="SFHTR_FM"/>
<port name="SHT_FM"/>
<port name="SIR_FM"/>
<port name="SFNRUE_MH"/>
</in>&#xd;
<out>
<port name="IRs"/>
......@@ -255,6 +284,38 @@
<origin model="performances" port="TT_MH"/>
<destination model="elaboration_rendement" port="TT_MH"/>
</connection>
<connection type="input">
<origin model="performances" port="SFHTR_FM"/>
<destination model="elaboration_rendement" port="SFHTR_FM"/>
</connection>
<connection type="input">
<origin model="performances" port="SFHTR_EF"/>
<destination model="elaboration_rendement" port="SFHTR_EF"/>
</connection>
<connection type="input">
<origin model="performances" port="SIR_EF"/>
<destination model="elaboration_rendement" port="SIR_EF"/>
</connection>
<connection type="input">
<origin model="performances" port="SRR_FM"/>
<destination model="elaboration_rendement" port="SRR_FM"/>
</connection>
<connection type="input">
<origin model="performances" port="SIR_FM"/>
<destination model="elaboration_rendement" port="SIR_FM"/>
</connection>
<connection type="input">
<origin model="performances" port="SHT_FM"/>
<destination model="elaboration_rendement" port="SHT_FM"/>
</connection>
<connection type="input">
<origin model="performances" port="SRR_EF"/>
<destination model="elaboration_rendement" port="SRR_EF"/>
</connection>
<connection type="input">
<origin model="performances" port="SFNRUE_MH"/>
<destination model="elaboration_rendement" port="SFNRUE_MH"/>
</connection>
</connections>&#xd;
</model>&#xd;
<model width="100" height="330" x="372" y="577" name="contraintes" type="coupled">&#xd;
......@@ -298,6 +359,7 @@
<port name="vMine"/>&#xd;
<port name="FTSW"/>&#xd;
<port name="vNabs"/>&#xd;
<port name="CT_RUE"/>
</out>&#xd;
<submodels>&#xd;
<model observables="contrainte_azote" conditions="CONFIG_Plante,CONFIG_SimuInit,CONFIG_Sol,EXPERT_Plante,EXPERT_SimuInit,contrainte_azote" width="100" dynamics="croissance_azote" height="480" x="937" y="39" name="contrainte_azote" type="atomic">&#xd;
......@@ -402,7 +464,8 @@
<out>&#xd;
<port name="FT"/>&#xd;
<port name="FTHN"/>&#xd;
</out>&#xd;
<port name="CT_RUE"/>
</out>&#xd;
</model>&#xd;
</submodels>&#xd;
<connections>&#xd;
......@@ -670,6 +733,10 @@
<origin model="contrainte_azote" port="vNabs"/>&#xd;
<destination model="contraintes" port="vNabs"/>&#xd;
</connection>&#xd;
<connection type="output">
<origin model="contrainte_temperature" port="CT_RUE"/>
<destination model="contraintes" port="CT_RUE"/>
</connection>
</connections>&#xd;
</model>&#xd;
</submodels>&#xd;
......@@ -930,6 +997,58 @@
<origin model="diagnostic" port="TT_MH"/>
<destination model="performances" port="TT_MH"/>
</connection>
<connection type="input">
<origin model="sunflo_bio" port="Pluie"/>
<destination model="diagnostic" port="Pluie"/>
</connection>
<connection type="internal">
<origin model="croissance_plante" port="Ei"/>
<destination model="diagnostic" port="Ei"/>
</connection>
<connection type="internal">
<origin model="contraintes" port="FHTR"/>
<destination model="diagnostic" port="FHTR"/>
</connection>
<connection type="internal">
<origin model="contraintes" port="CT_RUE"/>
<destination model="diagnostic" port="CT_RUE"/>
</connection>
<connection type="internal">
<origin model="diagnostic" port="SIR_FM"/>
<destination model="performances" port="SIR_FM"/>
</connection>
<connection type="internal">
<origin model="diagnostic" port="SHT_FM"/>
<destination model="performances" port="SHT_FM"/>
</connection>
<connection type="internal">
<origin model="diagnostic" port="SFHTR_FM"/>
<destination model="performances" port="SFHTR_FM"/>
</connection>
<connection type="internal">
<origin model="diagnostic" port="SFHTR_EF"/>
<destination model="performances" port="SFHTR_EF"/>
</connection>
<connection type="internal">
<origin model="diagnostic" port="SIR_EF"/>
<destination model="performances" port="SIR_EF"/>
</connection>
<connection type="internal">
<origin model="diagnostic" port="SRR_FM"/>
<destination model="performances" port="SRR_FM"/>
</connection>
<connection type="internal">
<origin model="diagnostic" port="SRR_EF"/>
<destination model="performances" port="SRR_EF"/>
</connection>
<connection type="internal">
<origin model="contraintes" port="FNIRUE"/>
<destination model="diagnostic" port="FNIRUE"/>
</connection>
<connection type="internal">
<origin model="diagnostic" port="SFNRUE_MH"/>
<destination model="performances" port="SFNRUE_MH"/>
</connection>
</connections>&#xd;
</model>&#xd;
<model width="100" height="120" x="19" y="43" name="climat" type="coupled">&#xd;
......@@ -1456,6 +1575,8 @@
<string>PhasePḧenoPlante</string>
<string>Tmoy</string>
<string>RG</string>
<string>Pluie</string>
<string>FT</string>
</set>&#xd;
</port>&#xd;
</condition>&#xd;
......@@ -1926,6 +2047,30 @@
<port name="TT_MH">
<attachedview name="viewDbg"/>
</port>
<port name="SRR_EF">
<attachedview name="viewDbg"/>
</port>
<port name="SRR_FM">
<attachedview name="viewDbg"/>
</port>
<port name="SIR_EF">
<attachedview name="viewDbg"/>
</port>
<port name="SFHTR_FM">
<attachedview name="viewDbg"/>
</port>
<port name="SFHTR_EF">
<attachedview name="viewDbg"/>
</port>
<port name="SIR_FM">
<attachedview name="viewDbg"/>
</port>
<port name="SHT_FM">
<attachedview name="viewDbg"/>
</port>
<port name="SFNRUE_MH">
<attachedview name="viewDbg"/>
</port>
</observable>&#xd;
<observable name="temperature_efficace"/>&#xd;
<observable name="temperature_moyenne">&#xd;
......
<?xml version='1.0' encoding='UTF-8'?>
<!DOCTYPE vle_project_metadata>
<vle_project_metadata version="1.x" author="me">
<condPlugins/>
<outputGUIplugins/>
</vle_project_metadata>
......@@ -30,6 +30,9 @@ public :
/*Sync*/ Var Tmoy;
Var FT;
Var FTHN;
// Remis Add
Var CT_RUE; // curve_thermal_rue
bool first_compute;
ContrainteTemperature(const vle::devs::DynamicsInit& model,
......@@ -42,6 +45,7 @@ public :
PhasePhenoPlante.init(this, "PhasePhenoPlante", events);
Tmoy.init(this, "Tmoy", events);
first_compute = true;
CT_RUE.init(this, "CT_RUE", events);
}
virtual ~ContrainteTemperature() { }
......@@ -72,6 +76,20 @@ public :
FT = FT_tmp;
}
FTHN = 36.0 / (1.0 + (36.0 -1.0 ) * exp( -0.119 * (Tmoy() -15.0)));
{
// CT_RUE = 0.0;
if ( ( PhasePhenoPlante() < PHASEPHENOPLANTE_JUVENILE )
|| ( PhasePhenoPlante() >= PHASEPHENOPLANTE_RECOLTEE ) ){
CT_RUE = 1.0;
} else if ( (Tmoy() > pp.Topt2_PHS) & (Tmoy() < pp.Tmax_PHS) ){
CT_RUE = Tmoy() * ( 1 / (pp.Topt2_PHS-pp.Tmax_PHS) )
- ( pp.Tmax_PHS / (pp.Topt2_PHS-pp.Tmax_PHS) );
} else if ( Tmoy() >= pp.Tmax_PHS ){
CT_RUE = 0;
} else {
CT_RUE = 1.0;
}
}
}
};
......
......@@ -39,6 +39,10 @@ public :
/*Sync*/ Var PhasePhenoPlante;
/*Sync*/ Var Tmoy;
/*Sync*/ Var Pluie;
/*Sync*/ Var Ei;
/*Sync*/ Var FHTR;
/*Sync*/ Var CT_RUE;
......@@ -85,6 +89,28 @@ public :
// Somme temps thermique après floraison (M0 - M3) (covariables statistiques)
Var TT_MH;
// Covariables to compute GY
// Somme précipitations durant la phase végétative (covariables statistiques)
Var SRR_EF;
// Somme précipitations durant la floraison (covariables statistiques)
Var SRR_FM;
// Somme radiations interceptées durant la phase végétative (covariables statistiques)
Var SIR_EF;
// Somme radiations interceptées durant la floraison (covariables statistiques)
Var SIR_FM;
// Effet contrainte hydrique sur la photosynthèse durant la phase végétative (covariables statistiques)
Var SFHTR_EF;
// Effet contrainte hydrique sur la photosynthèse durant la floraison (covariables statistiques)
Var SFHTR_FM;
// Facteur de réponse de la photosynthèse à la contrainte azote
Var FNIRUE;
// Effet contrainte azote sur la photosynthèse après la maturation (covariables statistiques)
Var SFNRUE_MH;
// Somme hautes températures durant la floraison
Var SHT_FM;
Diagnostic(const vle::devs::DynamicsInit& model,
const vle::devs::InitEventList& events) :
......@@ -111,11 +137,15 @@ public :
NHT28_EF.init(this, "NHT28_EF", events);
NHT28.init(this, "NHT28", events);
SGR_FM.init(this, "SGR_FM", events);
SGR_FM.init(this, "SGR_FM", events);
RG.init(this, "RG", events);
PhasePhenoPlante.init(this, "PhasePhenoPlante", events);
Tmoy.init(this, "Tmoy", events);
Pluie.init(this, "Pluie", events);
Ei.init(this, "Ei", events);
FHTR.init(this, "FHTR", events);
CT_RUE.init(this, "CT_RUE", events);
////// Covariables HI
NET_EF.init(this, "NET_EF" , events);
......@@ -123,8 +153,19 @@ public :
NET_MH.init(this, "NET_MH" , events);
TT_MH.init(this, "TT_MH" , events);
////// Covariables GY
SRR_EF.init(this, "SRR_EF", events);
SRR_FM.init(this, "SRR_FM", events);
SIR_EF.init(this, "SIR_EF", events);
SIR_FM.init(this, "SIR_FM", events);
SFHTR_EF.init(this, "SFHTR_EF", events);
SFHTR_FM.init(this, "SFHTR_FM", events);
FNIRUE.init(this, "FNIRUE", events);
SFNRUE_MH.init(this, "SFNRUE_MH", events);
SHT_FM.init(this, "SHT_FM", events);
}
virtual ~Diagnostic() { }
......@@ -309,6 +350,102 @@ public :
}
}
{
if ( (PhasePhenoPlante() < PHASEPHENOPLANTE_JUVENILE)
|| (PhasePhenoPlante() > PHASEPHENOPLANTE_CROISSANCEACTIVE) ){
// traduit condition TT_A2 > date_TT_F1
SRR_EF = SRR_EF(-1);
} else {
SRR_EF = SRR_EF(-1) + Pluie();
}
}
{
if ( ( PhasePhenoPlante() >= PHASEPHENOPLANTE_MATURATION)
&& ( PhasePhenoPlante() < PHASEPHENOPLANTE_RECOLTEE) ){
// traduit condition TT_A2 > date_TT_F1
SRR_FM = SRR_FM(-1);
} else if ( ( PhasePhenoPlante() < PHASEPHENOPLANTE_FLORAISON)
|| ( PhasePhenoPlante() >= PHASEPHENOPLANTE_RECOLTEE) ){
// traduit condition TT_A2 < date_TT_E1
SRR_FM = SRR_FM(-1);
} else {
SRR_FM = SRR_FM(-1) + Pluie();
}
}
{
if ( (PhasePhenoPlante() < PHASEPHENOPLANTE_JUVENILE)
|| (PhasePhenoPlante() > PHASEPHENOPLANTE_CROISSANCEACTIVE) ){
// traduit condition TT_A2 < date_TT_E1
SIR_EF = SIR_EF(-1);
} else {
SIR_EF = SIR_EF(-1) + 0.48*RG()*Ei();
}
}
{
if ( ( PhasePhenoPlante() >= PHASEPHENOPLANTE_MATURATION)
&& ( PhasePhenoPlante() < PHASEPHENOPLANTE_RECOLTEE) ){
// traduit condition TT_A2 > date_TT_F1
SIR_FM = SIR_FM(-1);
} else if ( ( PhasePhenoPlante() < PHASEPHENOPLANTE_FLORAISON)
|| ( PhasePhenoPlante() >= PHASEPHENOPLANTE_RECOLTEE) ){
// traduit condition TT_A2 < date_TT_E1
SIR_FM = SIR_FM(-1);
} else {
SIR_FM = SIR_FM(-1) + 0.48*RG()*Ei();
}
}
{
if ( ( PhasePhenoPlante() >= PHASEPHENOPLANTE_MATURATION)
&& ( PhasePhenoPlante() < PHASEPHENOPLANTE_RECOLTEE) ){
// traduit condition TT_A2 > date_TT_F1
SFHTR_FM = SFHTR_FM(-1);
} else if ( ( PhasePhenoPlante() < PHASEPHENOPLANTE_FLORAISON)
|| ( PhasePhenoPlante() >= PHASEPHENOPLANTE_RECOLTEE) ){
// traduit condition TT_A2 < date_TT_E1
SFHTR_FM = SFHTR_FM(-1);
} else {
SFHTR_FM = SFHTR_FM(-1) + (1 - FHTR());
}
}
{
if ( (PhasePhenoPlante() < PHASEPHENOPLANTE_JUVENILE)
|| (PhasePhenoPlante() > PHASEPHENOPLANTE_CROISSANCEACTIVE) ){
// traduit condition TT_A2 < date_TT_E1
SFHTR_EF = SFHTR_EF(-1);
} else {
SFHTR_EF = SFHTR_EF(-1) + (1 - FHTR());
}
}
{
if ( ( PhasePhenoPlante() >= PHASEPHENOPLANTE_MATURATION)
&& ( PhasePhenoPlante() < PHASEPHENOPLANTE_RECOLTEE) ){
// traduit condition TT_A2 > date_TT_F1
SHT_FM = SHT_FM(-1);
} else if ( ( PhasePhenoPlante() < PHASEPHENOPLANTE_FLORAISON)
|| ( PhasePhenoPlante() >= PHASEPHENOPLANTE_RECOLTEE) ){
// traduit condition TT_A2 < date_TT_E1
SHT_FM = SHT_FM(-1);
} else {
SHT_FM = SHT_FM(-1) + (1 - CT_RUE());
}
}
{
if ( ( PhasePhenoPlante() >= PHASEPHENOPLANTE_DESSICATION)
&& ( PhasePhenoPlante() < PHASEPHENOPLANTE_RECOLTEE) ){
// traduit condition TT_A2 > date_TT_M3
SFNRUE_MH = SFNRUE_MH(-1);
} else if ( ( PhasePhenoPlante() < PHASEPHENOPLANTE_MATURATION)
|| ( PhasePhenoPlante() >= PHASEPHENOPLANTE_RECOLTEE) ){
// traduit condition TT_A2 < date_TT_M0
SFNRUE_MH = SFNRUE_MH(-1);
} else {
SFNRUE_MH = SFNRUE_MH(-1) + (1 - FNIRUE());
}
}
}
};
......
......@@ -55,6 +55,28 @@ public :
// Somme temps thermique après floraison (M0 - M3) (covariables statistiques)
Var TT_MH;
// Covariables to compute GY
// Somme précipitations durant la phase végétative (covariables statistiques)
Var SRR_EF;
// Somme précipitations durant la floraison (covariables statistiques)
Var SRR_FM;
// Somme radiations interceptées durant la phase végétative (covariables statistiques)
Var SIR_EF;
// Somme radiations interceptées durant la floraison (covariables statistiques)
Var SIR_FM;
// Effet contrainte hydrique sur la photosynthèse durant la phase végétative (covariables statistiques)
Var SFHTR_EF;
// Effet contrainte hydrique sur la photosynthèse durant la floraison (covariables statistiques)
Var SFHTR_FM;
// Effet contrainte azote sur la photosynthèse après la maturation (covariables statistiques)
Var SFNRUE_MH;
// Somme hautes températures durant la floraison
Var SHT_FM;
ElaborationRendement(const vle::devs::DynamicsInit& model,
const vle::devs::InitEventList& events) :
DiscreteTimeDyn(model, events)
......@@ -78,6 +100,19 @@ public :
NET_FM.init(this, "NET_FM", events);
NET_MH.init(this, "NET_MH", events);
TT_MH.init(this, "TT_MH", events);
////// Covariables GY
SRR_EF.init(this, "SRR_EF", events);
SRR_FM.init(this, "SRR_FM", events);
SIR_EF.init(this, "SIR_EF", events);
SIR_FM.init(this, "SIR_FM", events);
SFHTR_EF.init(this, "SFHTR_EF", events);
SFHTR_FM.init(this, "SFHTR_FM", events);
SFNRUE_MH.init(this, "SFNRUE_MH", events);
SHT_FM.init(this, "SHT_FM", events);
}
virtual ~ElaborationRendement() { }
......@@ -126,8 +161,7 @@ public :
// traduit condition TT_A2 < date_TT_F1
IRs_tmp = 0.0;
} else {
// GY converted (no impurity, no humidity, 0.91 * 0.98 = 0.8918)
IRs_tmp = 0.8918*(0.416 + (-1.42e-04) * photo_TDM_CROISSANCEACTIVE_A_FLORAISON()
IRs_tmp = (0.416 + (-1.42e-04) * photo_TDM_CROISSANCEACTIVE_A_FLORAISON()
+ (1.19e-03) * NET_EF() + (-8.45e-04) * NET_FM()
+ (-2.47e-04) * NET_MH()
+ (-3.61e-04) * TT_MH() + 7.75e-01 * pv.IRg);
......@@ -156,12 +190,27 @@ public :
if ( ( PhasePhenoPlante() >= PHASEPHENOPLANTE_DESSICATION )
&& ( PhasePhenoPlante() < PHASEPHENOPLANTE_RECOLTEE) ){
// traduit condition TT_A2 >= date_TT_M3
RDT_tmp = TDM() * photo_IRs_aFinMATURATION() / 10.0;
// RDT_tmp = TDM() * photo_IRs_aFinMATURATION() / 10.0;
// RDT_tmp = 0.1*(-15.81 + 0.025*photo_TDM_CROISSANCEACTIVE_A_FLORAISON() +
// 0.39147*NET_EF() - 0.45*NET_FM() - 0.058*NET_MH() + 0.016*TT_MH() + 62.19 * pv.IRg) ;
// RDT_tmp = 0.1*(-15.81 + 0.025*photo_TDM_CROISSANCEACTIVE_A_FLORAISON() +
// 0.39147*NET_EF() - 0.45*NET_FM() - 0.058*NET_MH() + 0.016*TT_MH() + 62.19 * pv.IRg) ;
RDT_tmp =0.1*(-16.12 + 58.35*pv.IRg + (-0.036)*SRR_EF() +
(-0.062)*SRR_FM() + 0.020*SIR_EF() + 0.075*SIR_FM() +
0.37*SFHTR_EF() + (-0.77)*SFHTR_FM() + (-69.84)*SHT_FM() + (-0.84)*SFNRUE_MH() + 0.011*pv.date_TT_M3);
} else {
double dI = IRs() - IRs(-1);
double dT = TDM() - TDM(-1);
//double dI = IRs() - IRs(-1);
//double dT = TDM() - TDM(-1);
//RDT_tmp = TDM() * IRs() / 10.0;
RDT_tmp = RDT(-1) + (TDM(-1)*dI + IRs(-1)*dT +dI*dT)/ 10.0;
//RDT_tmp = RDT(-1) + (TDM(-1)*dI + IRs(-1)*dT +dI*dT)/ 10.0;
// RDT_tmp = 0.1*(-15.81 + 0.025*photo_TDM_CROISSANCEACTIVE_A_FLORAISON() +
// 0.39147*NET_EF() - 0.45*NET_FM() - 0.058*NET_MH() + 0.016*TT_MH() + 62.19 * pv.IRg) ;
// RDT_tmp = 0.1*(-15.81 + 0.025*photo_TDM_CROISSANCEACTIVE_A_FLORAISON() +
// 0.39147*NET_EF() - 0.45*NET_FM() - 0.058*NET_MH() + 0.016*TT_MH() + 62.19 * pv.IRg) ;
RDT_tmp =0.1*(-16.12 + 58.35*pv.IRg + (-0.036)*SRR_EF() +
(-0.062)*SRR_FM() + 0.020*SIR_EF() + 0.075*SIR_FM() +
0.37*SFHTR_EF() + (-0.77)*SFHTR_FM() + (-69.84)*SHT_FM() + (-0.84)*SFNRUE_MH() + 0.011*pv.date_TT_M3);
}
RDT = RDT_tmp;
......
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