simulink model for given matlab code

Can You please tell how to implement the matlab code in simulink?

matlab code:

clear all;

close all;

format long

ag=load('GXD_GYE_GZS_0.txt');

n = length(ag(:,2));

G1 = ag(:,2);

G2 = ag(:,3);

G3 = ag(:,4);

A1 = ag(:,5);

A2 = ag(:,6);

A3 = ag(:,7);

SF_ACC11 = 998301; % sf a1

SF_ACC12 = 998301; % sf a2

SF_ACC13 = 998301; % sf a3

A1=A1/SF_ACC11;

A2=A2/SF_ACC12;

A3=A3/SF_ACC13;

sf_g2=349065;

sf_g1=349065;

sf_g3=349065;

%********************************************** % DEG=3600;%3600; % For deg/hr output

DEG=1; % For deg/sec output

time=1:length(G1);

G1=G1*DEG/sf_g1;

G2=G2*DEG/sf_g2;

G3=G3*DEG/sf_g3;

m = 400; n = fix(n/m);

for i = 1:n

p1=m*(i-1)+1;

p2=m*i; %------------------------------------- avg_G1(i) = mean(G1(p1:p2));

avg_G2(i) = mean(G2(p1:p2));

avg_G3(i) = mean(G3(p1:p2)); % ------------------------------------- avg_A11(i) = mean(A1(p1:p2))*9.8;

avg_A12(i) = mean(A2(p1:p2))*9.8;

avg_A13(i) = mean(A3(p1:p2))*9.8;

agd(i,1) = avg_G1(i) *0.0174532925199433;

agd(i,2) =avg_G2(i)*0.0174532925199433;

agd(i,3) =avg_G3(i)*0.0174532925199433;

agd(i,4) = avg_A11(i);

agd(i,5) =avg_A12(i);

agd(i,6) =avg_A13(i); %------------------------------------- end

% plotting the input accelerometer data

figure(1) ;

subplot(311);

plot(avg_A11); grid on;

title('acc1(m/sec2)')

subplot(312);

plot(avg_A12); grid on;

title('acc2(m/sec2)')

subplot(313);

plot(avg_A13); grid on;

title('acc3(m/sec2)')

% plotting the input gyroscope data

figure(2) ;

subplot(311)

plot(avg_G1); grid on;

title('g1(dg/sec)');

subplot(312);

plot(avg_G2); grid on;

title('g2(dg/sec)');

subplot(313);

plot(avg_G3); grid on;

title('g3(dg/sec)');