ALGORITHMIC_MODEL AirFlowRep

ABSTRACT
" Flow report; add air flows in groups In/Out thru Internal/External walls"

EQUATIONS

      IntWIn  := SUM i = 1, n_in1 IntWInV[i]  END_SUM;
      IntWOut := SUM i = 1, n_in2 IntWOutV[i] END_SUM;
      ExtWIn  := SUM i = 1, n_in3 ExtWInV[i]  END_SUM;
      ExtWOut := SUM i = 1, n_in4 ExtWOutV[i] END_SUM;      
            
 LINKS

/* type   name  variables   */
 
    Vf_m    IWI    POS_IN  IntWIn;
    Vf_m    IWO    POS_OUT IntWOut; 
    Vf_m    EWI    POS_IN  ExtWIn; 
    Vf_m    EWO    POS_OUT ExtWOut; 

 FOR i=1, n_in1
    Vf_m      IWIv[i]  POS_IN IntWInV[i]
 END_FOR;

 FOR i=1, n_in2 
    Vf_m      IWOv[i]  POS_IN IntWOutV[i]
 END_FOR;

 FOR i=1, n_in3    
    Vf_m      EWIv[i]  POS_IN ExtWInV[i]
 END_FOR;

 FOR i=1, n_in4   
    Vf_m      EWOv[i]  POS_IN ExtWOutV[i] 
 END_FOR;    
    

VARIABLES

/*  type       name          role   def  min  max     description    */

    VolFlow_m          IntWIn         OUT     0   -BIG  BIG   "    "   
    VolFlow_m          IntWOut        OUT     0   -BIG  BIG   "    "   
    VolFlow_m          ExtWIn         OUT     0   -BIG  BIG   "    "   
    VolFlow_m          ExtWOut        OUT     0   -BIG  BIG   "    "   
    
    VolFlow_m        IntWInV[n_in1]    IN     0   -BIG  BIG   "    "    
    VolFlow_m        IntWOutV[n_in2]   IN     0   -BIG  BIG   "    "   
    VolFlow_m        ExtWInV[n_in3]    IN     0   -BIG  BIG   "    "   
    VolFlow_m        ExtWOutV[n_in4]   IN     0   -BIG  BIG   "    "   
  

MODEL_PARAMETERS

/* type    name  role   def min   max          description    */

   INT     n_in1   SMP    0   0   BIGINT       "Number of In flows thru Internal wall"
   INT     n_in2   SMP    0   0   BIGINT       "Number of Out flows thru Internal wall"
   INT     n_in3   SMP    0   0   BIGINT       "Number of In flows thru External wall"
   INT     n_in4   SMP    0   0   BIGINT       "Number of Out flows thru External wall"
 
/* PARAMETERS */ 



/*PARAMETER_PROCESSING */

END_MODEL