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Hi, I'm new to matlab without any detailed knowledge in fft. Referring to command sequence below, the original data (seg) and its fft2(seg), First a short question: Why the first number has not any imaginary part? And now to the long question: I need to find the Amplitude of each data point using 1/2(Real^2 + Imag^2), Where real and imaginary are separate column vectors. My problem is in writing the imaginary part into a separate column into a text file! As you see below, the 'save' command doesn't really work and I have some trouble with the 'fprintf' command in the M-file. How to write the real and imaginary parts to a 2 separate columns in a text file? or where am I wrong? many thanks for your time kiano A sample of original data and what we see in the command window: seg = 99.7400 95.1140 91.2540 88.0290 85.4060 83.3650 81.8590 Yt2(seg), format short g Y = 624.77 14.965 - 19.192i 11.168 - 7.449i 10.573 - 2.1405i 10.573 + 2.1405i 11.168 + 7.449i 14.965 + 19.192i save fft2.dat Y -ascii Warning: Imaginary part of complex variable 'Y' not saved to ASCII file. (here is the created text file using the 'save' command): 6.2476700e+002 1.4964942e+001 1.1168474e+001 1.0573084e+001 1.0573084e+001 1.1168474e+001 1.4964942e+001 When using the M-file here (instead of 'save' command): 1- Y= fft2(seg) 2- fid = fopen('fft2.dat','w'); 3- fprintf(fid,'%6.4f %6.4f\n',Y); 4- fclose(fid); (here is the created text file using the above M-file): 624.7670 14.9649 11.1685 10.5731 10.5731 11.1685 14.9649 (now modifying line 3 in the M-file to): 1- Y= fft2(seg) 2- fid = fopen('fft2.dat','w'); 3- fprintf(fid,'%6.4f\n',Y); 4- fclose(fid); (and the created text file): 624.7670 14.9649 11.1685 10.5731 10.5731 11.1685 14.9649 the imaginaries are still absent !? |
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fprintf or ??
Started by ●September 3, 2003
Reply by ●September 3, 20032003-09-03
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Message
Try
YSav =
[real(Y) imag(Y)];
save
Fft2.dat YSav -ascii
Sincerely,
Glen
Ragan
-----Original Message----- Hi,From: kianogo [mailto:k...@yahoo.dk] Sent: Wednesday, September 03, 2003 7:34 AM To: m...@yahoogroups.com Subject: [matlab] fprintf or ?? I'm new to matlab without any detailed knowledge in fft. Referring to command sequence below, the original data (seg) and its fft2(seg), First a short question: Why the first number has not any imaginary part? And now to the long question: I need to find the Amplitude of each data point using 1/2(Real^2 + Imag^2), Where real and imaginary are separate column vectors. My problem is in writing the imaginary part into a separate column into a text file! As you see below, the 'save' command doesn't really work and I have some trouble with the 'fprintf' command in the M-file. How to write the real and imaginary parts to a 2 separate columns in a text file? or where am I wrong? many thanks for your time kianoA sample of original data and what we see in the command window: seg = 99.7400 95.1140 91.2540 88.0290 85.4060 83.3650 81.8590 Yt2(seg), format short g Y = 624.77 14.965 - 19.192i 11.168 - 7.449i 10.573 - 2.1405i 10.573 + 2.1405i 11.168 + 7.449i 14.965 + 19.192i save fft2.dat Y -ascii Warning: Imaginary part of complex variable 'Y' not saved to ASCII file. (here is the created text file using the 'save' command): 6.2476700e+002 1.4964942e+001 1.1168474e+001 1.0573084e+001 1.0573084e+001 1.1168474e+001 1.4964942e+001 When using the M-file here (instead of 'save' command): 1- Y= fft2(seg) 2- fid = fopen('fft2.dat','w'); 3- fprintf(fid,'%6.4f %6.4f\n',Y); 4- fclose(fid); (here is the created text file using the above M-file): 624.7670 14.9649 11.1685 10.5731 10.5731 11.1685 14.9649 (now modifying line 3 in the M-file to): 1- Y= fft2(seg) 2- fid = fopen('fft2.dat','w'); 3- fprintf(fid,'%6.4f\n',Y); 4- fclose(fid); (and the created text file): 624.7670 14.9649 11.1685 10.5731 10.5731 11.1685 14.9649the imaginaries are still absent !? _____________________________________ Note: If you do a simple "reply" with your email client, only the author of this message will receive your answer. You need to do a "reply all" if you want your answer to be distributed to the entire group. _____________________________________ About this discussion group: To Join: m...@yahoogroups.com To Post: m...@yahoogroups.com To Leave: m...@yahoogroups.com Archives: http://www.yahoogroups.com/group/matlab More DSP-Related Groups: http://www.dsprelated.com/groups.php3 ">Yahoo! Terms of Service. |
Reply by ●September 4, 20032003-09-04
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Hi, > My problem is in writing the imaginary part into a separate column > into a text file! To split a complex number into its real and imaginary part use the real() and imag() functions. Both accept vectors and give you a vector with the value of the part of the complex number, respectively. Now you can store the data in two ways. Either sequentially, or as a matrix. For the sequential way use: re= real(seg); im= imag(seg); save('fft2.dat', '-ascii', 're', 'im'); To do it in two columns concatenate the two vectors to a matrix and save the matrix. dest= [ real(seg), imag(seg) ]; save('fft2.dat', '-ascii', 'dest'); Beware you loss the imaginary 'i' in the number. You will only store the values of the real and imaginary parts. I.e. 4+5i is stored as: 4.0 5.0 ^^^ the i is missing! Hope that helps. Greets, Andre -- Andre Vehreschild -- Institute for Scientific Computing, Aachen University mailto: , phone: ++49- 241- 80- 24874 GnuPG-key available at http://www.sc.rwth-aachen.de/vehreschild |
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Reply by ●September 4, 20032003-09-04
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... now I can save results on 3-column ascii;
but I think my data points have changed their position at the profile line on the xy-plan !! I need to do fft2(z), where z=f(x,y), then set phase angle to zero and
finally do ifft2 without any changes of their x- or y-positions on the
profiles!
here is the procedure I applied on the data below:
Y= fft2(z);
A= abs(Y); P= ifft2(A); %plotting original data:
figure(1) plot3(x,y,z), grid on %plotting phase shifted-to-zero data:
figure(2) plot3(x,y,P), grid on I expect to get the phase shifted curves to be similar to the original
curves as in figure(1) with some minor changes because the phase angels of the
original data points are very small !
But in figure(2) the curves are very different from figure(1) which I
suspect to be wrong somehow !?
any kind of help is greatly appreciated,
kiano (sample of original data including only 2-lines)
x
y z
465590 7764100 -56.84 465730 7764100 -56.525 465880 7764100 -56.462 466020 7764100 -56.556 466170 7764100 -56.733 466320 7764100 -56.938 466460 7764100 -57.127 466610 7764100 -57.263 466750 7764100 -57.32 466900 7764100 -57.292 467050 7764100 -57.179 467190 7764100 -56.973 467340 7764100 -56.674 467480 7764100 -56.295 467630 7764100 -55.863 467780 7764100 -55.396 467920 7764100 -54.887 468070 7764100 -54.328 468210 7764100 -53.715 468360 7764100 -53.043 468510 7764100 -52.309 468650 7764100 -51.498 468800 7764100 -50.605 468940 7764100 -49.651 469090 7764100 -48.653 469240 7764100 -47.611 469380 7764100 -46.526 469530 7764100 -45.409 469670 7764100 -44.277 469820 7764100 -43.138 469970 7764100 -41.986 470110 7764100 -40.822 470260 7764100 -39.66 470400 7764100 -38.518 470550 7764100 -37.42 470700 7764100 -36.391 470840 7764100 -35.429 470990 7764100 -34.509 471130 7764100 -33.611 471280 7764100 -32.73 471430 7764100 -31.872 471570 7764100 -31.052 471720 7764100 -30.276 471860 7764100 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7764100 112.66 511580 7764100 100.26 511720 7764100 89.324 511870 7764100 79.925 512010 7764100 71.878 512160 7764100 64.919 512310 7764100 58.831 512450 7764100 53.469 512600 7764100 48.706 512740 7764100 44.436 512890 7764100 40.545 513040 7764100 36.852 513180 7764100 33.136 513330 7764100 29.274 513470 7764100 25.287 513620 7764100 21.25 513770 7764100 17.242 513910 7764100 13.325 514060 7764100 9.4808 514200 7764100 5.6493 514350 7764100 1.7837 514500 7764100 -2.1137 514640 7764100 -6.0118 514790 7764100 -9.8629 514930 7764100 -13.619 515080 7764100 -17.217 515230 7764100 -20.596 515370 7764100 -23.723 515520 7764100 -26.585 515660 7764100 -29.179 515810 7764100 -31.511 515960 7764100 -33.607 516100 7764100 -35.615 516250 7764100 -37.782 516390 7764100 -40.204 516540 7764100 -42.66 516690 7764100 -44.767 516830 7764100 -46.252 516980 7764100 -47.035 517120 7764100 -47.164 517270 7764100 -46.771 517420 7764100 -46.027 517560 7764100 -45.082 517710 7764100 -44.028 517850 7764100 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Andre Vehreschild <v...@sc.rwth-aachen.de> wrote: Hi, ------------ |
