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FFTW: Fast Fourier Transform C Header/MPI Transpose for FFTW3 FFTW is a C header/MPI transpose for Version 3 of the highly optimized FFTW Fourier Transform library. Version 2.05 is now available for download. Oct 24, 2015  Yes I started looking into myself and it seems that there is a little cpp code with fftw3 and mpi which is compiled and run during configure. So I copied the code out and tried to compile it outside the configure.in. The fftw3 library test code compiled and run very well after linking with static library but the mpi test code looks like this. Aug 17, 2018  Vcpkg simplifies acquiring and building open source libraries on Windows. Acquiring native libraries on Windows is a critical part of the application development process; in our surveys, you told us that 80% of your C projects depend on two or more libraries. FFTW is a C header/MPI transpose for Version 3 of the highly optimized FFTW Fourier Transform library. Version 2.05 is now available for download.See recent download statistics. FFTW provides a simple interface for 1D, 2D, and 3D complex-to-complex, real-to-complex, and complex-to-real Fast Fourier Transforms that takes care of the technical aspects of memory allocation, alignment.

Implements the Sigma Transform in C++

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Contents

This repository shows an exemplary implementation of the 'SigmaTransform', as defined in the thesis 'Quantum Frames and Uncertainty Principles arising from Symplectomorphisms', written in C/C++.

Note that this library is not intended to show maximal performance, but show the usability of the universal interface of the 'Sigma Transform' to perform well-known signal processing transforms / algorithms like the Short-Time Fourier Transform, Wavelet Transform,Curvelet Transform, etc., differing only by single paramater - the 'spectral diffeomorphism'.

The code was compiled and tested with g++ (GCC) 4.8.1, on Windows 7 and g++ (Debian 4.7.2-5) 4.7.2 on Debian Linux, each on a 64 Bit machine, and uses the C++11 standard, as well as the FFTW library (http://fftw.org/), which should be installed prior to compilation. For Windows, a current 64 Bit shared-library version of FFTW3 (libfftw3-3.dll) is provided in the subdirectory ./FFTW. On a Linux machine, the library should be installedvia a package manager, e.g. using

depending on your distribution, or compiled from scratch using the --enable-threads flag.

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Usage

Perform a STFT on a signal 'f'

Perform a 1D Wavelet Transform on a signal 'f' /steinberg-hypersonic-2-vst-free-download.html.

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Perform a SIM(2)-Transform on a 2D signal 'f'

Documentation

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A HTML Documentation, generated by Doxygen (http://www.doxygen.nl), may be found int ./SigmaTransform/doc and the examples

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located in the ./Examples subdirectory show how to use the implementation, along with some special cases. The provided makefile should compile and link all examples - on Windows as well as Linux with the appropriate tools and libraries installed -, as well as the Code for the SigmaTransform itself. The binaries will be put into the subdirectory ./bin.