Cedric Roux
56c66c09aa
Pre-ci test passed git-svn-id: http://svn.eurecom.fr/openair4G/trunk@4000 818b1a75-f10b-46b9-bf7c-635c3b92a50f
83 lines
3.8 KiB
Matlab
83 lines
3.8 KiB
Matlab
primary_synch0 = [zeros(1,5) exp(-1j*pi*25*(0:30).*(1:31)/63) exp(-1j*pi*25*(32:62).*(33:63)/63) zeros(1,5)];
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primary_synch1 = [zeros(1,5) exp(-1j*pi*29*(0:30).*(1:31)/63) exp(-1j*pi*29*(32:62).*(33:63)/63) zeros(1,5)];
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primary_synch2 = [zeros(1,5) exp(-1j*pi*34*(0:30).*(1:31)/63) exp(-1j*pi*34*(32:62).*(33:63)/63) zeros(1,5)];
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%psync_table = [0 exp(-j*2*pi*(0:62)/63)];
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%psync_table_mod = zeros(1,63*2);
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%psync_table_mod(1:2:end) = floor(32767/sqrt(2)*real(psync_table));
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%psync_table_mod(2:2:end) = floor(32767/sqrt(2)*imag(psync_table));
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primary_synch0_tab = [zeros(1,5) mod(25*((0:30).*(1:31))/2,63)+85 mod(25*((32:62).*(33:63))/2,63)+85 zeros(1,5)];
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primary_synch1_tab = [zeros(1,5) mod(29*((0:30).*(1:31))/2,63)+85 mod(29*((32:62).*(33:63))/2,63)+85 zeros(1,5)];
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primary_synch2_tab = [zeros(1,5) mod(34*((0:30).*(1:31))/2,63)+85 mod(34*((32:62).*(33:63))/2,63)+85 zeros(1,5)];
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primary_synch0_mod = zeros(1,72*2);
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primary_synch0_mod(1:2:end) = floor(32767*real(primary_synch0));
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primary_synch0_mod(2:2:end) = floor(32767*imag(primary_synch0));
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primary_synch1_mod = zeros(1,72*2);
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primary_synch1_mod(1:2:end) = floor(32767*real(primary_synch1));
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primary_synch1_mod(2:2:end) = floor(32767*imag(primary_synch1));
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primary_synch2_mod = zeros(1,72*2);
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primary_synch2_mod(1:2:end) = floor(32767*real(primary_synch2));
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primary_synch2_mod(2:2:end) = floor(32767*imag(primary_synch2));
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primary_synch0_mod2 = zeros(1,128);
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primary_synch0_mod2((128-35):128)=primary_synch0(1:36);
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primary_synch0_mod2(2:37)=primary_synch0(37:end);
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primary_synch0_time = ifft(primary_synch0_mod2)*sqrt(128);
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primary_synch1_mod2 = zeros(1,128);
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primary_synch1_mod2((128-35):128)=primary_synch1(1:36);
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primary_synch1_mod2(2:37)=primary_synch1(37:end);
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primary_synch1_time = ifft(primary_synch1_mod2)*sqrt(128);
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primary_synch2_mod2 = zeros(1,128);
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primary_synch2_mod2((128-35):128)=primary_synch2(1:36);
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primary_synch2_mod2(2:37)=primary_synch2(37:end);
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primary_synch2_time = ifft(primary_synch2_mod2)*sqrt(128);
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fd = fopen('primary_synch.h','w');
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fprintf(fd,'short primary_synch0[144] = {');
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fprintf(fd,'%d,',primary_synch0_mod(1:end-1));
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fprintf(fd,'%d};\n',primary_synch0_mod(end));
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fprintf(fd,'short primary_synch1[144] = {');
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fprintf(fd,'%d,',primary_synch1_mod(1:end-1));
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fprintf(fd,'%d};\n',primary_synch1_mod(end));
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fprintf(fd,'short primary_synch2[144] = {');
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fprintf(fd,'%d,',primary_synch2_mod(1:end-1));
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fprintf(fd,'%d};\n',primary_synch2_mod(end));
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fprintf(fd,'unsigned char primary_synch0_tab[72] = {');
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fprintf(fd,'%d,',primary_synch0_tab(1:end-1));
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fprintf(fd,'%d};\n',primary_synch0_tab(end));
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fprintf(fd,'unsigned char primary_synch1_tab[72] = {');
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fprintf(fd,'%d,',primary_synch1_tab(1:end-1));
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fprintf(fd,'%d};\n',primary_synch1_tab(end));
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fprintf(fd,'unsigned char primary_synch2_tab[72] = {');
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fprintf(fd,'%d,',primary_synch2_tab(1:end-1));
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fprintf(fd,'%d};\n',primary_synch2_tab(end));
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fclose(fd);
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% for LEON we need to invert the endianess
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fd = fopen('primary_synch_leon.h','w');
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primary_synch0_tab = reshape(primary_synch0_tab,4,[]);
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primary_synch0_tab = primary_synch0_tab([4 3 2 1],:);
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primary_synch0_tab = primary_synch0_tab(:);
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primary_synch1_tab = reshape(primary_synch0_tab,4,[]);
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primary_synch1_tab = primary_synch1_tab([4 3 2 1],:);
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primary_synch1_tab = primary_synch1_tab(:);
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primary_synch2_tab = reshape(primary_synch0_tab,4,[]);
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primary_synch2_tab = primary_synch2_tab([4 3 2 1],:);
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primary_synch2_tab = primary_synch2_tab(:);
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fprintf(fd,'unsigned char primary_synch0_tab[72] = {');
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fprintf(fd,'%d,',primary_synch0_tab(1:end-1));
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fprintf(fd,'%d};\n',primary_synch0_tab(end));
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fprintf(fd,'unsigned char primary_synch1_tab[72] = {');
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fprintf(fd,'%d,',primary_synch1_tab(1:end-1));
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fprintf(fd,'%d};\n',primary_synch1_tab(end));
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fprintf(fd,'unsigned char primary_synch2_tab[72] = {');
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fprintf(fd,'%d,',primary_synch2_tab(1:end-1));
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fprintf(fd,'%d};\n',primary_synch2_tab(end));
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fclose(fd);
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