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*Subject*: Re: imaging Complex numbers*From*: "Klaus Scipal" <kscipal(at)ipf.tuwien.ac.at>*Date*: Thu, 1 Mar 2001 11:03:16 +0100*Newsgroups*: comp.lang.idl-pvwave*Organization*: Vienna University of Technology, Austria*References*: <97l2lf$e40$1@newshost.accu.uu.nl>*Xref*: news.doit.wisc.edu comp.lang.idl-pvwave:23777

i am not quite sure if i understood your problem but if you want the real and imaginary part of a complex number use float and imaginary functions c_imaginary=Imaginary(c) c_real=Float(c) klaus Sean Heukels <sean77=cuthere=@dds.nl> wrote in message 97l2lf$e40$1@newshost.accu.uu.nl">news:97l2lf$e40$1@newshost.accu.uu.nl... > i have an array of complex numbers. We use this array for TV' íng > complex data from OUR NMR console. > Thus all the pictures are coverted to real-space through fourier transform > and ABS() to make the comlex array a number. > > But, what if I want to image the Real and Imaginary part seperately as well? > I can't split the real and imaginary part out in an array, after I have set > COMPLEX. > Any ideas?? An example > E=FLTARR(3,3) > C=COMPLEX([1,2,3], [3,4,5]) > E(*,*)=C > > UNCOMPLEX ??? > I don't know > > ps. Is there someone else who uses these kind of algorithms for NMR/MRI in > IDL, or other programs also regarding NMR image processing? > > > > > >

**References**:**imaging Complex numbers***From:*Sean Heukels

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