function [alpha_10,alpha_20,alpha_30,Total_Cost_local_10,Total_Cost_local_20,Total_Cost_local_30 ] = local_comp_Specific_alpha (fV_n,B_n,D_n, V_n_size, t_max)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%This file is for  specific values of alpha i.e. alph=0.1, 0.2, 0.3
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%


P_local= 0 % The price for local computation is 1 Units/s
%a=1          % This is the value of alpha
Total_Cost_local_10= zeros(1, V_n_size);
Total_Cost_local_20= zeros(1, V_n_size);
Total_Cost_local_30= zeros(1, V_n_size);
    for i=1:V_n_size
        t_initial_10(i)=B_n(i)/fV_n(i)
        alpha_10(i)= D_n(i)*0.1           % This is the value of alpha
        Time_local_10(i)= alpha_10(i)* t_initial_10(i)     % Time for indivisual vehicle
        Cost_local_10(i)= P_local* t_initial_10(i)    % Cost for indivisual vehicles
        Total_Cost_local_10(i)= Total_Cost_local_10(i)+ Cost_local_10(i) %Over all cost of all vehicles
        %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
        t_initial_20(i)=B_n(i)/fV_n(i)
        alpha_20(i)= D_n(i)*0.2           % This is the value of alpha
        Time_local_20(i)= alpha_20(i)* t_initial_20(i)     % Time for indivisual vehicle
        Cost_local_20(i)= P_local* t_initial_20(i)    % Cost for indivisual vehicles
        Total_Cost_local_20(i)= Total_Cost_local_20(i)+ Cost_local_20(i) %Over all cost of all vehicles
        %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
        t_initial_30(i)=B_n(i)/fV_n(i)
        alpha_30(i)= D_n(i)*0.3           % This is the value of alpha
        Time_local_30(i)= alpha_30(i)* t_initial_30(i)     % Time for indivisual vehicle
        Cost_local_30(i)= P_local* t_initial_30(i)    % Cost for indivisual vehicles
        Total_Cost_local_30(i)= Total_Cost_local_30(i)+ Cost_local_30(i) %Over all cost of all vehicles


        
    end
    Total_Cost_local_10= Cost_local_10          %For taking the Total system cost for local computation
    Total_Cost_local_20= Cost_local_20
    Total_Cost_local_30= Cost_local_30
    for i=2:length(Cost_local_10);
        Total_Cost_local_10(i) = Total_Cost_local_10(i-1) + Cost_local_10(i);
        Total_Cost_local_20(i) = Total_Cost_local_20(i-1) + Cost_local_20(i);
        Total_Cost_local_30(i) = Total_Cost_local_30(i-1) + Cost_local_30(i);
    end
end