objref vec_spk, nil, spks_times,word,Spikes_file,spk_netcon,strg,temp_V
strdef end
word=new string("") 


 
//Creation of file to save the vectors
  //======================================
        Spikes_file = new File("./output_matlab/Extern_spikesXXX.m")  
  //====================================== 
        for(Cell_type=0;Cell_type<n_types;Cell_type+=1){
          if(Cell_type==0){NL=n_layerP end="P" n_cells=n_P sgr=sub_spkE}else{
          if(Cell_type==1){NL=n_layerFS end="FS" n_cells=n_FS sgr=sub_spkI}}
          for(c_idx=0;c_idx<NL;c_idx+=1){
            for(idx_spk=0;idx_spk<=sgr;idx_spk+=1){
                sprint(word.str, "objref Spks_to%s%g_%g",end,c_idx,idx_spk)
                execute(word.str)
                sprint(word.str, "Spks_to%s%g_%g=new List()",end,c_idx,idx_spk)
                execute(word.str)
                }
               }
              }
 proc Get_artif_Spks(){
    for(Cell_type=0;Cell_type<n_types;Cell_type+=1){
      if(Cell_type==0){NL=n_layerP end="P" n_cells=n_P sgr=sub_spkE}else{
      if(Cell_type==1){NL=n_layerFS end="FS" n_cells=n_FS sgr=sub_spkI}}
      for(c_idx=0;c_idx<NL;c_idx+=1){
        for(idx_spk=0;idx_spk<=sgr;idx_spk+=1){               
          for(k=0;k<=n_cells-1;k+=1) {
           vec_spk=new Vector()           
           sprint(word.str, "spk_netcon=new NetCon(Spikesource%s%g[%g].o(%g), nil)",end,idx_spk,c_idx,k)
           execute(word.str)      
           spk_netcon.record(vec_spk)
           sprint(word.str, "Spks_to%s%g_%g.append(vec_spk)",end,c_idx,idx_spk)
           execute(word.str)             
              }  
             }   
            }    
           }     
          }

    Get_artif_Spks()
       
 /*=====================================================Printing to file========================================================*/
  /*====================================================Printing to file=======================================================*/

 proc spk2file(){local i,r,Cell_type,NL,n_cells,n_cels,n_streams localobj Spks 
        strg=new string("")   temp_V=new Vector()  
        if(!Spikes_file.isopen()){Spikes_file.aopen()}
        if(Spikes_file.isopen()){
                for(Cell_type=0;Cell_type<n_types;Cell_type+=1){n_streams=0
                  if(Cell_type==0){NL=n_layerP end="P" n_cells=n_P sgr=sub_spkE}else{if(Cell_type==1){NL=n_layerFS end="FS" n_cells=n_FS sgr=sub_spkI}}              
                        for(i=0;i<NL;i+=1){                        
                             if(i==0){ 
                                sprint(strg.str,"Spks_to%s%g=cell(%g,1);",end,i,n_cells)
                                Spikes_file.printf("%%External noise to cells in %s%g\n  %s \n ", end,i, strg.str)
                                }                                                       
                                 for(n_cels=0;n_cels<n_cells;n_cels+=1){                                
                                  for(idx_spk=0;idx_spk<=sgr;idx_spk+=1){
                                   n_streams+=1                                 
                                   sprint(strg.str,"temp_V=Spks_to%s%g_%g.o(%g)",end,i,idx_spk,n_cels)
                                   execute(strg.str)/*(if more than one stream of action potentials first the corresponding cell with all streams  then the next and so on) */
                                   //if the size is higher must be multiple of the number of cells so  if  V_size >n_cells  V_size==n*n_cells in order to be able to being read  
                                   Spikes_file.printf("%%External Spikes: %s%g_cell %g \n Spks_to%s%g{%g}=[\n ",end,i,n_cels,end,i,n_streams)
                                   temp_V.printf(Spikes_file)                                
                                   //Spks.fprint(Spikes_file,"%1.5e")                                                            
                                  Spikes_file.printf("];\n")                                                 
                                      }
                                     }
                                   }                                           
                                  }
                                 Spikes_file.close()
		                }       
                               }