function means= calculate_mean(times,values,names,category,T)

tot_params=max(size(category));
file_params=max(size(names));

means=zeros(1,tot_params) + NaN;

for param_idx=1:file_params
    found_idx=strcmp(names(param_idx),category);
    if max(found_idx)==1 && ~strcmp(names(param_idx),'Urine')
        means(found_idx)=mean(values{param_idx}(times{param_idx} >= T(1) & times{param_idx} <= T(2)));
        limits=get_param_limits_by_name(names{param_idx});
        
        if  means(found_idx) < limits(1) ||  means(found_idx)>limits(2)
             means(found_idx)=NaN;
        end
        
        
    elseif max(found_idx)==1 && strcmp(names(param_idx),'Urine')
        %For Urine output, get cumulative         
        urine_=values{param_idx}(times{param_idx} >= T(1) & times{param_idx} <= T(2));
        dt=diff(times{param_idx}(1:length(urine_)));
        
        if length(urine_)==0
            means(found_idx)=NaN;
        elseif length(urine_)==1
            means(found_idx)=NaN;
        else
            
            TOT_TIME=times{param_idx}(length(urine_))-times{param_idx}(1);
            speed=urine_(2:end)./dt;
            cumulative_urine=sum(speed.*dt);            
            means(found_idx)= TOT_TIME/(24*60)*cumulative_urine;
            
%             if cumulative_urine > 8000
%                 figure(1); plot(dt,speed,'*');
%                 pause(.1)
%             end
        end
        
        limits=get_param_limits_by_name('Urine');
        
        if  means(found_idx) < limits(1) ||  means(found_idx)>limits(2)
             means(found_idx)=NaN;
        end

    end
    
    
end





end