| Line 66... |
Line 66... |
fid = fopen( outfile, 'w' );
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fid = fopen( outfile, 'w' );
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% TODO: calculate these values
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% TODO: calculate these values
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K0 = 0.607252935009;
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K0 = 0.607252935009;
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K1 = 0.207497067763;
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K1 = 0.207497067763;
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<<<<<<< HEAD
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<<<<<<< HEAD
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%prod( sqrt( 1-2.^(-2 .* [ 1 : 100000 ] ) ) )
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%prod( sqrt( 1-2.^(-2 .* [ 1 : 100000 ] ) ) )
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=======
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>>>>>>> initial commit
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=======
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%prod( sqrt( 1-2.^(-2 .* [ 1 : 100000 ] ) ) )
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>>>>>>> Updated C and RTL model as well as the documentation
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signs = get_rm_gain_shifts( K0, 30 );
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signs = get_rm_gain_shifts( K0, 30 );
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print_rm_gain_code( fid, signs, K0, 1, 1, 0 );
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print_rm_gain_code( fid, signs, K0, 1, 1, 0 );
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signs = get_rm_gain_shifts( K1, 30 );
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signs = get_rm_gain_shifts( K1, 30 );
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| Line 90... |
Line 82... |
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signs = get_rm_gain_shifts( K1, 30 );
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signs = get_rm_gain_shifts( K1, 30 );
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print_rm_gain_code( fid, signs, K1, 1, 0, 1 );
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print_rm_gain_code( fid, signs, K1, 1, 0, 1 );
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MAX_A_WIDTH = 32;
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MAX_A_WIDTH = 32;
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<<<<<<< HEAD
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<<<<<<< HEAD
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print_angular_lut( fid, MAX_A_WIDTH );
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print_angular_lut( fid, MAX_A_WIDTH );
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=======
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print_angular_lut( fid, MAX_A_WIDTH )
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>>>>>>> initial commit
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=======
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print_angular_lut( fid, MAX_A_WIDTH );
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>>>>>>> Updated C and RTL model as well as the documentation
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fclose( fid );
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fclose( fid );
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end
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end
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| Line 209... |
Line 193... |
else
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else
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fprintf( fid, ' case %d: x = ', i_shift );
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fprintf( fid, ' case %d: x = ', i_shift );
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end
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end
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for y = 1 : length( tmp2 )
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for y = 1 : length( tmp2 )
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<<<<<<< HEAD
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<<<<<<< HEAD
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fprintf( fid, '%c ( x >> %d ) ', tmp2{ y }, index( y ) );
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=======
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fprintf( fid, '%c ( x >> %d ) ', tmp2{ y }, index( y ) )
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>>>>>>> initial commit
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=======
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fprintf( fid, '%c ( x >> %d ) ', tmp2{ y }, index( y ) );
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fprintf( fid, '%c ( x >> %d ) ', tmp2{ y }, index( y ) );
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>>>>>>> Updated C and RTL model as well as the documentation
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end
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end
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fprintf( fid, '; break; /* error: %.10f */ \n', err );
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fprintf( fid, '; break; /* error: %.10f */ \n', err );
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else
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else
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% VHDL CODE
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% VHDL CODE
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