NFFT  3.4.1
File List
Here is a list of all documented files with brief descriptions:
o*accuracy.c
o*include/api.h
o*kernel/nfsft/api.h
o*assert.c
o*bessel_i0.c
o*bspline.c
o*config.h
o*construct_data_2d.c
o*construct_data_2d1d.c
o*construct_data_3d.c
o*construct_data_inh_2d1d.c
o*construct_data_inh_3d.c
o*cycle.h
o*damp.c
o*examples/doxygen.c
o*applications/doxygen.c
o*applications/mri/doxygen.c
o*examples/solver/doxygen.h
o*applications/fastsumS2/doxygen.h
o*applications/iterS2/doxygen.h
o*applications/mri/mri2d/doxygen.h
o*applications/mri/mri3d/doxygen.h
o*applications/polarFFT/doxygen.h
o*applications/quadratureS2/doxygen.h
o*error.c
o*fastgauss.c
o*fastsum.cFast NFFT-based summation algorithm
o*fastsum.hHeader file for the fast NFFT-based summation algorithm
o*fastsum_benchomp.c
o*fastsum_benchomp_createdataset.c
o*fastsum_benchomp_detail.c
o*fastsum_matlab.cSimple test program for the fast NFFT-based summation algorithm, called by fastsum.m
o*fastsum_test.cSimple test program for the fast NFFT-based summation algorithm
o*fastsumS2.c
o*flags.cTesting the nfft
o*float.c
o*fpt.cImplementation file for the FPT module
o*fpt.h
o*glacier.c
o*infft.h
o*int.c
o*inverse_radon.cNFFT-based discrete inverse Radon transform
o*iterS2.c
o*kernels.cFile with predefined kernels for the fast summation algorithm
o*kernels.hHeader file with predefined kernels for the fast summation algorithm
o*lambda.c
o*legendre.c
o*legendre.h
o*linogram_fft_test.cNFFT-based pseudo-polar FFT and inverse
o*malloc.c
o*mpolar_fft_test.cNFFT-based polar FFT and inverse on modified polar grid
o*mri.c
o*ndft_fast.cTesting ndft, Horner-like ndft, and fully precomputed ndft
o*nfct.c
o*nfft.c
o*nfft3.hHeader file for the nfft3 library
o*nfft3mp.h
o*nfft_benchomp.c
o*nfft_benchomp_createdataset.c
o*nfft_benchomp_detail.c
o*nfft_times.c
o*nfsft.cImplementation file for the NFSFT module
o*nfsft_benchomp.c
o*nfsft_benchomp_createdataset.c
o*nfsft_benchomp_detail.c
o*nfsoft.c
o*nfst.c
o*nnfft.c
o*nsfft.c
o*nsfft_test.c
o*polar_fft_test.cNFFT-based polar FFT and inverse
o*print.c
o*quadratureS2.c
o*radon.cNFFT-based discrete Radon transform
o*rand.c
o*reconstruct_data_2d.c
o*reconstruct_data_2d1d.c
o*reconstruct_data_3d.c
o*mri2d/reconstruct_data_gridding.c
o*mri3d/reconstruct_data_gridding.c
o*reconstruct_data_inh_2d1d.c
o*reconstruct_data_inh_3d.c
o*reconstruct_data_inh_nnfft.c
o*fpt/simple_test.c
o*nfct/simple_test.c
o*nfft/simple_test.c
o*nfsft/simple_test.c
o*nfsoft/simple_test.c
o*nfst/simple_test.c
o*nnfft/simple_test.c
o*nsfft/simple_test.c
o*solver/simple_test.c
o*nfft/simple_test_threads.c
o*nfsft/simple_test_threads.c
o*sinc.c
o*solver.cImplementation file for the solver module
o*solver_adjoint.hHeader file for adjoint solver
o*sort.c
o*taylor_nfft.cTesting the nfft againt a Taylor expansion based version
o*thread.c
o*ticks.h
o*time.c
o*vector1.c
o*vector2.c
o*vector3.c
o*version.c
o*voronoi.c
o*wigner.c
o*wigner.hHeader file for functions related to Wigner-d/D functions
\*window.c