% this file creates the templates of the digits -- vector of the average
% mdwt coeff's of the digit 'one' and plots the coeff's 
%
% IMPORTANT:
% type the command
%
% save OTTFF ONE TWO THREE FOUR FIVE
% 
% after running in file, so that main can call these templates

O;
M;
N;
J;
B;
S;
E;

% Remove DC component and Normalize
O1_1 = normalize(O1_1); M1_1 = normalize(M1_1); N1_1 = normalize(N1_1);
J1_1 = normalize(J1_1); B1_1 = normalize(B1_1); E1_1 = normalize(E1_1); S1_1 = normalize(S1_1);
O1_2 = normalize(O1_2); M1_2 = normalize(M1_2); N1_2 = normalize(N1_2);
J1_2 = normalize(J1_2); B1_2 = normalize(B1_2); E1_2 = normalize(E1_2); S1_2 = normalize(S1_2);
O1_3 = normalize(O1_3); M1_3 = normalize(M1_3); N1_3 = normalize(N1_3);
J1_3 = normalize(J1_3); B1_3 = normalize(B1_3); E1_3 = normalize(E1_3); S1_3 = normalize(S1_3);
O2_1 = normalize(O2_1); M2_1 = normalize(M2_1); N2_1 = normalize(N2_1);
J2_1 = normalize(J2_1); B2_1 = normalize(B2_1); E2_1 = normalize(E2_1); S2_1 = normalize(S2_1);
O2_2 = normalize(O2_2); M2_2 = normalize(M2_2); N2_2 = normalize(N2_2);
J2_2 = normalize(J2_2); B2_2 = normalize(B2_2); E2_2 = normalize(E2_2); S2_2 = normalize(S2_2);
O2_3 = normalize(O2_3); M2_3 = normalize(M2_3); N2_3 = normalize(N2_3);
J2_3 = normalize(J2_3); B2_3 = normalize(B2_3); E2_3 = normalize(E2_3); S2_3 = normalize(S2_3);
O3_1 = normalize(O3_1); M3_1 = normalize(M3_1); N3_1 = normalize(N3_1);
J3_1 = normalize(J3_1); B3_1 = normalize(B3_1); E3_1 = normalize(E3_1); S3_1 = normalize(S3_1);
O3_2 = normalize(O3_2); M3_2 = normalize(M3_2); N3_2 = normalize(N3_2);
J3_2 = normalize(J3_2); B3_2 = normalize(B3_2); E3_2 = normalize(E3_2); S3_2 = normalize(S3_2);
O3_3 = normalize(O3_3); M3_3 = normalize(M3_3); N3_3 = normalize(N3_3);
J3_3 = normalize(J3_3); B3_3 = normalize(B3_3); E3_3 = normalize(E3_3); S3_3 = normalize(S3_3);
O4_1 = normalize(O4_1); M4_1 = normalize(M4_1); N4_1 = normalize(N4_1); 
J4_1 = normalize(J4_1); B4_1 = normalize(B4_1); E4_1 = normalize(E4_1); S4_1 = normalize(S4_1);
O4_2 = normalize(O4_2); M4_2 = normalize(M4_2); N4_2 = normalize(N4_2);
J4_2 = normalize(J4_2); B4_2 = normalize(B4_2); E4_2 = normalize(E4_2); S4_2 = normalize(S4_2);
O4_3 = normalize(O4_3); M4_3 = normalize(M4_3); N4_3 = normalize(N4_3);
J4_3 = normalize(J4_3); B4_3 = normalize(B4_3); E4_3 = normalize(E4_3); S4_3 = normalize(S4_3);
O5_1 = normalize(O5_1); M5_1 = normalize(M5_1); N5_1 = normalize(N5_1); 
J5_1 = normalize(J5_1); B5_1 = normalize(B5_1); E5_1 = normalize(E5_1); S5_1 = normalize(S5_1);
O5_2 = normalize(O5_2); M5_2 = normalize(M5_2); N5_2 = normalize(N5_2);
J5_2 = normalize(J5_2); B5_2 = normalize(B5_2); E5_2 = normalize(E5_2); S5_2 = normalize(S5_2);
O5_3 = normalize(O5_3); M5_3 = normalize(M5_3); N5_3 = normalize(N5_3);
J5_3 = normalize(J5_3); B5_3 = normalize(B5_3); E5_3 = normalize(E5_3); S5_3 = normalize(S5_3);

adj_one;
adj_two;
adj_three;
adj_four;
adj_five;

aver;