[PARAM] @annotated
THETA_KA : 1 : THETA_KA
THETA_CL : 5 : THETA_CL
THETA_V2 : 80 : THETA_V2
THETA_V3 : 20 : THETA_V3
THETA_Q : 4 : THETA_Q

[CMT] @annotated
A_DEPOT : DEPOT
A_CENTRAL : CENTRAL
A_PERIPHERAL : PERIPHERAL
A_OUTPUT : OUTPUT

[OMEGA] @annotated @block
ETA_KA : 0.025 : ETA_KA
ETA_CL : 0 0.025 : ETA_CL
ETA_V2 : 0 0 0.025 : ETA_V2
ETA_V3 : 0 0 0 0.025 : ETA_V3
ETA_Q : 0 0 0 0 0.025 : ETA_Q

[SIGMA] @annotated @block
EPS_PROP : 0.025 : EPS_PROP

[MAIN]
double KA=THETA_KA*exp(ETA_KA); // EQUATION COMMENT
double CL=THETA_CL*exp(ETA_CL);
double V2=THETA_V2*exp(ETA_V2);
double V3=THETA_V3*exp(ETA_V3);
double Q=THETA_Q*exp(ETA_Q);
double S2=V2;

// THIS IS A COMMENT
F_A_DEPOT=0.75;
ALAG_A_CENTRAL=2;
D_A_CENTRAL=2;
R_A_DEPOT=2;
A_CENTRAL_0=50;

[ODE]
dxdt_A_DEPOT=-KA*A_DEPOT;
dxdt_A_CENTRAL=KA*A_DEPOT + Q*A_PERIPHERAL/V3 + (-CL/V2 - Q/V2)*A_CENTRAL;
dxdt_A_PERIPHERAL=-Q*A_PERIPHERAL/V3 + Q*A_CENTRAL/V2;
dxdt_A_OUTPUT=CL*A_CENTRAL/V2;
double F=A_CENTRAL/S2;

[TABLE]
capture CP=F;
capture OBS_CP=CP*(EPS_PROP + 1);
capture Y=OBS_CP;

