Incompatible output argument. [scilab]
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I am trying to write a program in scilab to carry out a frequency analysis of the .WAV file using a common-or-garden FFT, and compare and contrast the response with that of a Welch periodogram for differing window functions.
But when I try running the program it gives me a Incompatible output argument
error on line 35.
I thought it was because the numbers didn't line up but I did the math and everything should line up. If anyone has any ideas on why this error keeps popping up that would really helpful.
nsecs = 5;
Fs = 44100;
N = nsecs*Fs;
n = linspace (0, N-1, N)
f1 = 1440;
f2 = 1570;
y = 1.2*sin(2*%pi*f1*n/N).*cos (2*%pi*f2*n/N)
y = y + 0.2*rand(1, N)
M = 128
Nn = 13844
HnWin = window( 'hn', Nn )
times = 20
all = list()
xn = zeros( 1, Nn/2)
tmpp = 0
for i = 1:Nn
tmp = y(1:Nn)
ztmp = fft(tmp.*HnWin)/Nn
all($+1) = ztmp
end
for i = 1:length(all)/(M-times)
for j = 1:M
if i==0 then
tmpp = tmpp + all(j:M)
else
tmpp = tmpp + all(j+i+times:M)
end
end
xn(i,:) = tmpp/M
times = times + 1
end
for i = 1:length(xn)
avg = avg + xn(i)
end
avg = avg/length(xn)
scilab
add a comment |
I am trying to write a program in scilab to carry out a frequency analysis of the .WAV file using a common-or-garden FFT, and compare and contrast the response with that of a Welch periodogram for differing window functions.
But when I try running the program it gives me a Incompatible output argument
error on line 35.
I thought it was because the numbers didn't line up but I did the math and everything should line up. If anyone has any ideas on why this error keeps popping up that would really helpful.
nsecs = 5;
Fs = 44100;
N = nsecs*Fs;
n = linspace (0, N-1, N)
f1 = 1440;
f2 = 1570;
y = 1.2*sin(2*%pi*f1*n/N).*cos (2*%pi*f2*n/N)
y = y + 0.2*rand(1, N)
M = 128
Nn = 13844
HnWin = window( 'hn', Nn )
times = 20
all = list()
xn = zeros( 1, Nn/2)
tmpp = 0
for i = 1:Nn
tmp = y(1:Nn)
ztmp = fft(tmp.*HnWin)/Nn
all($+1) = ztmp
end
for i = 1:length(all)/(M-times)
for j = 1:M
if i==0 then
tmpp = tmpp + all(j:M)
else
tmpp = tmpp + all(j+i+times:M)
end
end
xn(i,:) = tmpp/M
times = times + 1
end
for i = 1:length(xn)
avg = avg + xn(i)
end
avg = avg/length(xn)
scilab
add a comment |
I am trying to write a program in scilab to carry out a frequency analysis of the .WAV file using a common-or-garden FFT, and compare and contrast the response with that of a Welch periodogram for differing window functions.
But when I try running the program it gives me a Incompatible output argument
error on line 35.
I thought it was because the numbers didn't line up but I did the math and everything should line up. If anyone has any ideas on why this error keeps popping up that would really helpful.
nsecs = 5;
Fs = 44100;
N = nsecs*Fs;
n = linspace (0, N-1, N)
f1 = 1440;
f2 = 1570;
y = 1.2*sin(2*%pi*f1*n/N).*cos (2*%pi*f2*n/N)
y = y + 0.2*rand(1, N)
M = 128
Nn = 13844
HnWin = window( 'hn', Nn )
times = 20
all = list()
xn = zeros( 1, Nn/2)
tmpp = 0
for i = 1:Nn
tmp = y(1:Nn)
ztmp = fft(tmp.*HnWin)/Nn
all($+1) = ztmp
end
for i = 1:length(all)/(M-times)
for j = 1:M
if i==0 then
tmpp = tmpp + all(j:M)
else
tmpp = tmpp + all(j+i+times:M)
end
end
xn(i,:) = tmpp/M
times = times + 1
end
for i = 1:length(xn)
avg = avg + xn(i)
end
avg = avg/length(xn)
scilab
I am trying to write a program in scilab to carry out a frequency analysis of the .WAV file using a common-or-garden FFT, and compare and contrast the response with that of a Welch periodogram for differing window functions.
But when I try running the program it gives me a Incompatible output argument
error on line 35.
I thought it was because the numbers didn't line up but I did the math and everything should line up. If anyone has any ideas on why this error keeps popping up that would really helpful.
nsecs = 5;
Fs = 44100;
N = nsecs*Fs;
n = linspace (0, N-1, N)
f1 = 1440;
f2 = 1570;
y = 1.2*sin(2*%pi*f1*n/N).*cos (2*%pi*f2*n/N)
y = y + 0.2*rand(1, N)
M = 128
Nn = 13844
HnWin = window( 'hn', Nn )
times = 20
all = list()
xn = zeros( 1, Nn/2)
tmpp = 0
for i = 1:Nn
tmp = y(1:Nn)
ztmp = fft(tmp.*HnWin)/Nn
all($+1) = ztmp
end
for i = 1:length(all)/(M-times)
for j = 1:M
if i==0 then
tmpp = tmpp + all(j:M)
else
tmpp = tmpp + all(j+i+times:M)
end
end
xn(i,:) = tmpp/M
times = times + 1
end
for i = 1:length(xn)
avg = avg + xn(i)
end
avg = avg/length(xn)
scilab
scilab
edited Nov 22 '18 at 11:09
Theo
6,6543521
6,6543521
asked Nov 22 '18 at 11:01
SrenagadeSrenagade
1
1
add a comment |
add a comment |
1 Answer
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all is a list so all(j+i+times:M) points to a set of elements which cannot be added to the scalar tmpp
I'm fairly new to scilabs, so what you just said didn't make any since to me. Do you have any suggestions for making it work.
– Srenagade
Nov 29 '18 at 9:32
add a comment |
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1 Answer
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1 Answer
1
active
oldest
votes
active
oldest
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active
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all is a list so all(j+i+times:M) points to a set of elements which cannot be added to the scalar tmpp
I'm fairly new to scilabs, so what you just said didn't make any since to me. Do you have any suggestions for making it work.
– Srenagade
Nov 29 '18 at 9:32
add a comment |
all is a list so all(j+i+times:M) points to a set of elements which cannot be added to the scalar tmpp
I'm fairly new to scilabs, so what you just said didn't make any since to me. Do you have any suggestions for making it work.
– Srenagade
Nov 29 '18 at 9:32
add a comment |
all is a list so all(j+i+times:M) points to a set of elements which cannot be added to the scalar tmpp
all is a list so all(j+i+times:M) points to a set of elements which cannot be added to the scalar tmpp
answered Nov 23 '18 at 20:57
user5694329user5694329
26413
26413
I'm fairly new to scilabs, so what you just said didn't make any since to me. Do you have any suggestions for making it work.
– Srenagade
Nov 29 '18 at 9:32
add a comment |
I'm fairly new to scilabs, so what you just said didn't make any since to me. Do you have any suggestions for making it work.
– Srenagade
Nov 29 '18 at 9:32
I'm fairly new to scilabs, so what you just said didn't make any since to me. Do you have any suggestions for making it work.
– Srenagade
Nov 29 '18 at 9:32
I'm fairly new to scilabs, so what you just said didn't make any since to me. Do you have any suggestions for making it work.
– Srenagade
Nov 29 '18 at 9:32
add a comment |
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