GNU Info
Info Node: (fftw.info)Concept Index
(fftw.info)Concept Index
Concept Index
*************
- algorithm
- Introduction.
- benchfft
- Introduction.
- benchmark <1>
- gcc and Pentium hacks.
- benchmark <2>
- MPI Tips.
- benchmark <3>
- How Many Threads to Use?.
- benchmark
- Introduction.
- blocking
- Usage of MPI FFTW for Complex Multi-dimensional Transforms.
- C multi-dimensional arrays
- Static Arrays in C.
- Caml <1>
- Acknowledgments.
- Caml
- Generating your own code.
- Cilk <1>
- Parallel FFTW.
- Cilk
- Introduction.
- clock
- Customizing the timer.
- code generator <1>
- Generating your own code.
- code generator
- Introduction.
- column-major <1>
- Fortran Examples.
- column-major <2>
- Wrapper Routines.
- column-major
- Column-major Format.
- compiler <1>
- gcc and Pentium hacks.
- compiler <2>
- Installation on non-Unix Systems.
- compiler <3>
- Installation on Unix.
- compiler <4>
- Installation and Customization.
- compiler <5>
- Calling FFTW from Fortran.
- compiler
- Introduction.
- compiler flags
- Installation on Unix.
- complex multi-dimensional transform <1>
- Multi-dimensional Transforms Reference.
- complex multi-dimensional transform
- Complex Multi-dimensional Transforms Tutorial.
- complex number
- Data Types.
- complex one-dimensional transform
- Complex One-dimensional Transforms Tutorial.
- complex to real transform <1>
- Real One-dimensional Transforms Reference.
- complex to real transform
- Real One-dimensional Transforms Tutorial.
- complex transform
- Complex One-dimensional Transforms Tutorial.
- configure <1>
- Installing FFTW in both single and double precision.
- configure <2>
- Installation on Unix.
- configure <3>
- MPI FFTW Installation.
- configure <4>
- Installation and Supported Hardware/Software.
- configure
- Data Types.
- convolution
- Real Multi-dimensional Transforms Tutorial.
- cyclic convolution
- Real Multi-dimensional Transforms Tutorial.
- Discrete Fourier Transform <1>
- What RFFTWND Really Computes.
- Discrete Fourier Transform <2>
- What RFFTW Really Computes.
- Discrete Fourier Transform <3>
- What FFTWND Really Computes.
- Discrete Fourier Transform
- What FFTW Really Computes.
- distributed array format <1>
- Usage of MPI FFTW for Complex One-dimensional Transforms.
- distributed array format <2>
- Usage of MPI FFTW for Real Multi-dimensional Transforms.
- distributed array format
- MPI Data Layout.
- distributed memory <1>
- MPI Data Layout.
- distributed memory <2>
- MPI FFTW.
- distributed memory
- Parallel FFTW.
- Ecclesiastes
- Caveats in Using Wisdom.
- executor
- Introduction.
- FFTW
- Introduction.
- FFTWND
- Multi-dimensional Transforms Reference.
- flags <1>
- FFTW Constants in Fortran.
- flags <2>
- Usage of MPI FFTW for Complex One-dimensional Transforms.
- flags <3>
- rfftwnd_create_plan.
- flags <4>
- rfftw_create_plan.
- flags <5>
- fftwnd_create_plan.
- flags <6>
- fftw_create_plan.
- flags <7>
- Complex Multi-dimensional Transforms Tutorial.
- flags
- Complex One-dimensional Transforms Tutorial.
- floating-point precision <1>
- Installing FFTW in both single and double precision.
- floating-point precision <2>
- Installation on non-Unix Systems.
- floating-point precision <3>
- Installation on Unix.
- floating-point precision <4>
- Wrapper Routines.
- floating-point precision
- Data Types.
- Fortran-callable wrappers <1>
- Installation on Unix.
- Fortran-callable wrappers <2>
- Calling FFTW from Fortran.
- Fortran-callable wrappers
- Column-major Format.
- frequency <1>
- What FFTW Really Computes.
- frequency <2>
- Complex Multi-dimensional Transforms Tutorial.
- frequency
- Complex One-dimensional Transforms Tutorial.
- gettimeofday
- Customizing the timer.
- girlfriends
- Acknowledgments.
- halfcomplex array <1>
- Data Types.
- halfcomplex array
- Real One-dimensional Transforms Tutorial.
- hermitian array <1>
- What RFFTWND Really Computes.
- hermitian array
- Data Types.
- in-place transform <1>
- Wrapper Routines.
- in-place transform <2>
- Usage of MPI FFTW for Complex Multi-dimensional Transforms.
- in-place transform <3>
- Tips for Optimal Threading.
- in-place transform <4>
- Array Dimensions for Real Multi-dimensional Transforms.
- in-place transform <5>
- rfftwnd_create_plan.
- in-place transform <6>
- fftwnd.
- in-place transform <7>
- fftw.
- in-place transform <8>
- fftw_create_plan.
- in-place transform
- Complex Multi-dimensional Transforms Tutorial.
- installation
- Installation and Customization.
- linking on Unix <1>
- Usage of MPI FFTW for Complex One-dimensional Transforms.
- linking on Unix <2>
- Usage of MPI FFTW for Real Multi-dimensional Transforms.
- linking on Unix <3>
- Usage of MPI FFTW for Complex Multi-dimensional Transforms.
- linking on Unix <4>
- Usage of Multi-threaded FFTW.
- linking on Unix <5>
- Real One-dimensional Transforms Tutorial.
- linking on Unix
- Complex One-dimensional Transforms Tutorial.
- LISP <1>
- Acknowledgments.
- LISP
- Importing and Exporting Wisdom.
- load-balancing
- MPI Tips.
- malloc <1>
- Memory Allocator Reference.
- malloc
- Dynamic Arrays in C.
- ML
- Generating your own code.
- monadic programming
- Generating your own code.
- MPI <1>
- Installation on Unix.
- MPI <2>
- MPI FFTW.
- MPI <3>
- Parallel FFTW.
- MPI
- Introduction.
- MPI_Alltoall <1>
- Usage of MPI FFTW for Complex One-dimensional Transforms.
- MPI_Alltoall <2>
- Usage of MPI FFTW for Complex Multi-dimensional Transforms.
- MPI_Alltoall
- MPI FFTW Installation.
- MPI_Barrier
- Usage of MPI FFTW for Complex Multi-dimensional Transforms.
- MPI_COMM_WORLD <1>
- Usage of MPI FFTW for Complex One-dimensional Transforms.
- MPI_COMM_WORLD
- Usage of MPI FFTW for Complex Multi-dimensional Transforms.
- MPI_Finalize
- Usage of MPI FFTW for Complex Multi-dimensional Transforms.
- MPI_Init
- Usage of MPI FFTW for Complex Multi-dimensional Transforms.
- multi-dimensional transform <1>
- Real Multi-dimensional Transforms Reference.
- multi-dimensional transform <2>
- Multi-dimensional Transforms Reference.
- multi-dimensional transform
- Complex Multi-dimensional Transforms Tutorial.
- n_fields <1>
- Usage of MPI FFTW for Complex One-dimensional Transforms.
- n_fields
- Usage of MPI FFTW for Complex Multi-dimensional Transforms.
- nerd-readable text
- Importing and Exporting Wisdom.
- normalization <1>
- Usage of MPI FFTW for Complex Multi-dimensional Transforms.
- normalization <2>
- What RFFTW Really Computes.
- normalization <3>
- What FFTW Really Computes.
- normalization <4>
- Real Multi-dimensional Transforms Tutorial.
- normalization <5>
- Real One-dimensional Transforms Tutorial.
- normalization <6>
- Complex Multi-dimensional Transforms Tutorial.
- normalization
- Complex One-dimensional Transforms Tutorial.
- number of threads <1>
- How Many Threads to Use?.
- number of threads
- Usage of Multi-threaded FFTW.
- out-of-place transform
- Complex Multi-dimensional Transforms Tutorial.
- padding <1>
- Usage of MPI FFTW for Real Multi-dimensional Transforms.
- padding <2>
- Array Dimensions for Real Multi-dimensional Transforms.
- padding
- Real Multi-dimensional Transforms Tutorial.
- parallel transform <1>
- Parallel FFTW.
- parallel transform
- Introduction.
- Pentium hack
- gcc and Pentium hacks.
- plan <1>
- Usage of MPI FFTW for Complex Multi-dimensional Transforms.
- plan <2>
- Complex One-dimensional Transforms Tutorial.
- plan
- Introduction.
- planner
- Introduction.
- power spectrum
- Real One-dimensional Transforms Tutorial.
- rank
- Complex Multi-dimensional Transforms Tutorial.
- real multi-dimensional transform <1>
- Real Multi-dimensional Transforms Reference.
- real multi-dimensional transform
- Real Multi-dimensional Transforms Tutorial.
- real number
- Data Types.
- real transform <1>
- Real One-dimensional Transforms Reference.
- real transform
- Real One-dimensional Transforms Tutorial.
- RFFTW <1>
- Real One-dimensional Transforms Reference.
- RFFTW
- Real One-dimensional Transforms Tutorial.
- RFFTWND
- Real Multi-dimensional Transforms Reference.
- rfftwnd array format <1>
- Fortran Examples.
- rfftwnd array format <2>
- Usage of MPI FFTW for Real Multi-dimensional Transforms.
- rfftwnd array format <3>
- Strides in In-place RFFTWND.
- rfftwnd array format <4>
- Array Dimensions for Real Multi-dimensional Transforms.
- rfftwnd array format
- Real Multi-dimensional Transforms Tutorial.
- row-major <1>
- MPI Data Layout.
- row-major <2>
- fftwnd_create_plan.
- row-major <3>
- Row-major Format.
- row-major
- Real Multi-dimensional Transforms Tutorial.
- saving plans to disk
- Words of Wisdom.
- slab decomposition
- MPI Data Layout.
- specific planner
- Discussion on Specific Plans.
- stride <1>
- Usage of MPI FFTW for Complex Multi-dimensional Transforms.
- stride <2>
- Strides in In-place RFFTWND.
- stride <3>
- rfftwnd.
- stride <4>
- rfftw.
- stride <5>
- fftwnd.
- stride <6>
- fftw.
- stride
- Row-major Format.
- thread safety <1>
- Using Multi-threaded FFTW in a Multi-threaded Program.
- thread safety
- Thread safety.
- threads <1>
- Installation on Unix.
- threads <2>
- Multi-threaded FFTW.
- threads <3>
- Parallel FFTW.
- threads <4>
- Thread safety.
- threads
- Introduction.
- timer, customization of
- Customizing the timer.
- Tutorial
- Tutorial.
- wisdom <1>
- Wisdom Reference.
- wisdom <2>
- rfftwnd_create_plan.
- wisdom <3>
- fftwnd_create_plan.
- wisdom <4>
- fftw_create_plan.
- wisdom
- Words of Wisdom.
- wisdom, import and export
- Importing and Exporting Wisdom.
- wisdom, problems with
- Caveats in Using Wisdom.
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