File: sec_transforms.js

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var sec_transforms =
[
    [ "EIG Eigendecomposition of a Matrix", "transforms_eig.html", [
      [ "", "transforms_eig.html#Usage", null ],
      [ "Internals", "transforms_eig.html#Function", null ],
      [ "", "transforms_eig.html#Example", null ]
    ] ],
    [ "FFT (Inverse) Fast Fourier Transform Function", "transforms_fft.html", [
      [ "", "transforms_fft.html#Usage", null ],
      [ "Internals", "transforms_fft.html#Function", null ],
      [ "", "transforms_fft.html#Example", null ]
    ] ],
    [ "FFTN N-Dimensional Forward FFT", "transforms_fftn.html", [
      [ "", "transforms_fftn.html#Usage", null ]
    ] ],
    [ "FFTSHIFT Shift FFT Output", "transforms_fftshift.html", [
      [ "", "transforms_fftshift.html#Usage", null ]
    ] ],
    [ "HILBERT Hilbert Transform", "transforms_hilbert.html", [
      [ "", "transforms_hilbert.html#Usage", null ]
    ] ],
    [ "IFFTN N-Dimensional Inverse FFT", "transforms_ifftn.html", [
      [ "", "transforms_ifftn.html#Usage", null ]
    ] ],
    [ "IFFTSHIFT Inverse Shift FFT Output", "transforms_ifftshift.html", [
      [ "", "transforms_ifftshift.html#Usage", null ]
    ] ],
    [ "INV Invert Matrix", "transforms_inv.html", [
      [ "", "transforms_inv.html#Usage", null ],
      [ "", "transforms_inv.html#Example", null ]
    ] ],
    [ "LU LU Decomposition for Matrices", "transforms_lu.html", [
      [ "", "transforms_lu.html#Usage", null ],
      [ "", "transforms_lu.html#Example", null ]
    ] ],
    [ "QR QR Decomposition of a Matrix", "transforms_qr.html", [
      [ "", "transforms_qr.html#Usage", null ]
    ] ],
    [ "SVD Singular Value Decomposition of a Matrix", "transforms_svd.html", [
      [ "", "transforms_svd.html#Usage", null ],
      [ "Internals", "transforms_svd.html#Function", null ],
      [ "", "transforms_svd.html#Examples", null ]
    ] ]
];