📄 filter_floatingcoefficients.m

📁 MATLAB code for filtering taking floating filter coefficients
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% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floating

% Input_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floating
% Input_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floatingInput_Sig = [0.0642,0.2251,0.4274,0.6430,0.8349,0.9696,1.0089,0.9076,0.6788,0.3610,0.0047,-0.3400,-0.6385,-0.8867];
% Mixer_Out = ones(1,3);
% Buff_Delayline = ones(1,3);
% floating = ones(1,10);
% HF_DEN = [1.0000, -1.0275, 0.7265];
% HF_NUM = [0.1367, 0.5, -0.1367];
% 'floating'
% for(i=1:1:10)
% Mixer_Out(3) = Mixer_Out(2);
% Mixer_Out(2) = Mixer_Out(1);
% Mixer_Out(1) = Input_Sig(i);
% Buff_Delayline(3) = Buff_Delayline(2);
% Buff_Delayline(2) = Buff_Delayline(1);
% 
% Buff_Delayline(1) = Mixer_Out(1)*HF_NUM(1)+Mixer_Out(2)*HF_NUM(2)+Mixer_Out(3)*HF_NUM(3)-Buff_Delayline(2)*HF_DEN(2)-Buff_Delayline(3)*HF_DEN(3);
% floating(i) = Buff_Delayline(1);
% end
% floating
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💿 文件大小 2 K
👤 上传用户 gggic
📂 所属分类 matlab例程
🏷️ 相关标签

#coefficients #filtering #floating #MATLAB
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