@xrdef{Introduction-title}{Introduction}
@xrdef{Introduction-snt}{Chapter@tie 1}
@xrdef{Introduction-pg}{1}
@xrdef{Tutorial-title}{Tutorial}
@xrdef{Tutorial-snt}{Chapter@tie 2}
@xrdef{Complex One-Dimensional DFTs-title}{Complex One-Dimensional DFTs}
@xrdef{Complex One-Dimensional DFTs-snt}{Section@tie 2.1}
@xrdef{Tutorial-pg}{3}
@xrdef{Complex One-Dimensional DFTs-pg}{3}
@xrdef{Complex Multi-Dimensional DFTs-title}{Complex Multi-Dimensional DFTs}
@xrdef{Complex Multi-Dimensional DFTs-snt}{Section@tie 2.2}
@xrdef{Complex Multi-Dimensional DFTs-pg}{5}
@xrdef{One-Dimensional DFTs of Real Data-title}{One-Dimensional DFTs of Real Data}
@xrdef{One-Dimensional DFTs of Real Data-snt}{Section@tie 2.3}
@xrdef{One-Dimensional DFTs of Real Data-pg}{6}
@xrdef{Multi-Dimensional DFTs of Real Data-title}{Multi-Dimensional DFTs of Real Data}
@xrdef{Multi-Dimensional DFTs of Real Data-snt}{Section@tie 2.4}
@xrdef{Multi-Dimensional DFTs of Real Data-pg}{7}
@xrdef{More DFTs of Real Data-title}{More DFTs of Real Data}
@xrdef{More DFTs of Real Data-snt}{Section@tie 2.5}
@xrdef{The Halfcomplex-format DFT-title}{The Halfcomplex-format DFT}
@xrdef{The Halfcomplex-format DFT-snt}{Section@tie 2.5.1}
@xrdef{More DFTs of Real Data-pg}{9}
@xrdef{Real even/odd DFTs (cosine/sine transforms)-title}{Real even/odd DFTs (cosine/sine transforms)}
@xrdef{Real even/odd DFTs (cosine/sine transforms)-snt}{Section@tie 2.5.2}
@xrdef{The Halfcomplex-format DFT-pg}{10}
@xrdef{Real even/odd DFTs (cosine/sine transforms)-pg}{10}
@xrdef{The Discrete Hartley Transform-title}{The Discrete Hartley Transform}
@xrdef{The Discrete Hartley Transform-snt}{Section@tie 2.5.3}
@xrdef{The Discrete Hartley Transform-pg}{12}
@xrdef{Other Important Topics-title}{Other Important Topics}
@xrdef{Other Important Topics-snt}{Chapter@tie 3}
@xrdef{Data Alignment-title}{Data Alignment}
@xrdef{Data Alignment-snt}{Section@tie 3.1}
@xrdef{SIMD alignment and fftw_malloc-title}{SIMD alignment and fftw_malloc}
@xrdef{SIMD alignment and fftw_malloc-snt}{Section@tie 3.1.1}
@xrdef{Stack alignment on x86-title}{Stack alignment on x86}
@xrdef{Stack alignment on x86-snt}{Section@tie 3.1.2}
@xrdef{Other Important Topics-pg}{15}
@xrdef{Data Alignment-pg}{15}
@xrdef{SIMD alignment and fftw_malloc-pg}{15}
@xrdef{Stack alignment on x86-pg}{15}
@xrdef{Multi-dimensional Array Format-title}{Multi-dimensional Array Format}
@xrdef{Multi-dimensional Array Format-snt}{Section@tie 3.2}
@xrdef{Row-major Format-title}{Row-major Format}
@xrdef{Row-major Format-snt}{Section@tie 3.2.1}
@xrdef{Column-major Format-title}{Column-major Format}
@xrdef{Column-major Format-snt}{Section@tie 3.2.2}
@xrdef{Fixed-size Arrays in C-title}{Fixed-size Arrays in C}
@xrdef{Fixed-size Arrays in C-snt}{Section@tie 3.2.3}
@xrdef{Multi-dimensional Array Format-pg}{16}
@xrdef{Row-major Format-pg}{16}
@xrdef{Column-major Format-pg}{16}
@xrdef{Fixed-size Arrays in C-pg}{16}
@xrdef{Dynamic Arrays in C-title}{Dynamic Arrays in C}
@xrdef{Dynamic Arrays in C-snt}{Section@tie 3.2.4}
@xrdef{Dynamic Arrays in C-The Wrong Way-title}{Dynamic Arrays in C---The Wrong Way}
@xrdef{Dynamic Arrays in C-The Wrong Way-snt}{Section@tie 3.2.5}
@xrdef{Dynamic Arrays in C-pg}{17}
@xrdef{Dynamic Arrays in C-The Wrong Way-pg}{17}
@xrdef{Words of Wisdom-Saving Plans-title}{Words of Wisdom---Saving Plans}
@xrdef{Words of Wisdom-Saving Plans-snt}{Section@tie 3.3}
@xrdef{Words of Wisdom-Saving Plans-pg}{18}
@xrdef{Caveats in Using Wisdom-title}{Caveats in Using Wisdom}
@xrdef{Caveats in Using Wisdom-snt}{Section@tie 3.4}
@xrdef{Caveats in Using Wisdom-pg}{19}
@xrdef{FFTW Reference-title}{FFTW Reference}
@xrdef{FFTW Reference-snt}{Chapter@tie 4}
@xrdef{Data Types and Files-title}{Data Types and Files}
@xrdef{Data Types and Files-snt}{Section@tie 4.1}
@xrdef{Complex numbers-title}{Complex numbers}
@xrdef{Complex numbers-snt}{Section@tie 4.1.1}
@xrdef{Precision-title}{Precision}
@xrdef{Precision-snt}{Section@tie 4.1.2}
@xrdef{FFTW Reference-pg}{21}
@xrdef{Data Types and Files-pg}{21}
@xrdef{Complex numbers-pg}{21}
@xrdef{Precision-pg}{21}
@xrdef{Memory Allocation-title}{Memory Allocation}
@xrdef{Memory Allocation-snt}{Section@tie 4.1.3}
@xrdef{Using Plans-title}{Using Plans}
@xrdef{Using Plans-snt}{Section@tie 4.2}
@xrdef{Memory Allocation-pg}{22}
@xrdef{Using Plans-pg}{22}
@xrdef{Basic Interface-title}{Basic Interface}
@xrdef{Basic Interface-snt}{Section@tie 4.3}
@xrdef{Complex DFTs-title}{Complex DFTs}
@xrdef{Complex DFTs-snt}{Section@tie 4.3.1}
@xrdef{Basic Interface-pg}{23}
@xrdef{Complex DFTs-pg}{23}
@xrdef{Planner Flags-title}{Planner Flags}
@xrdef{Planner Flags-snt}{Section@tie 4.3.2}
@xrdef{Planner Flags-pg}{24}
@xrdef{Real-data DFTs-title}{Real-data DFTs}
@xrdef{Real-data DFTs-snt}{Section@tie 4.3.3}
@xrdef{Real-data DFTs-pg}{26}
@xrdef{Real-data DFT Array Format-title}{Real-data DFT Array Format}
@xrdef{Real-data DFT Array Format-snt}{Section@tie 4.3.4}
@xrdef{Real-data DFT Array Format-pg}{27}
@xrdef{Real-to-Real Transforms-title}{Real-to-Real Transforms}
@xrdef{Real-to-Real Transforms-snt}{Section@tie 4.3.5}
@xrdef{Real-to-Real Transforms-pg}{28}
@xrdef{Real-to-Real Transform Kinds-title}{Real-to-Real Transform Kinds}
@xrdef{Real-to-Real Transform Kinds-snt}{Section@tie 4.3.6}
@xrdef{Real-to-Real Transform Kinds-pg}{29}
@xrdef{Advanced Interface-title}{Advanced Interface}
@xrdef{Advanced Interface-snt}{Section@tie 4.4}
@xrdef{Advanced Complex DFTs-title}{Advanced Complex DFTs}
@xrdef{Advanced Complex DFTs-snt}{Section@tie 4.4.1}
@xrdef{Advanced Interface-pg}{30}
@xrdef{Advanced Complex DFTs-pg}{30}
@xrdef{Advanced Real-data DFTs-title}{Advanced Real-data DFTs}
@xrdef{Advanced Real-data DFTs-snt}{Section@tie 4.4.2}
@xrdef{Advanced Real-to-real Transforms-title}{Advanced Real-to-real Transforms}
@xrdef{Advanced Real-to-real Transforms-snt}{Section@tie 4.4.3}
@xrdef{Advanced Real-data DFTs-pg}{31}
@xrdef{Advanced Real-to-real Transforms-pg}{31}
@xrdef{Guru Interface-title}{Guru Interface}
@xrdef{Guru Interface-snt}{Section@tie 4.5}
@xrdef{Interleaved and split arrays-title}{Interleaved and split arrays}
@xrdef{Interleaved and split arrays-snt}{Section@tie 4.5.1}
@xrdef{Guru vector and transform sizes-title}{Guru vector and transform sizes}
@xrdef{Guru vector and transform sizes-snt}{Section@tie 4.5.2}
@xrdef{Guru Interface-pg}{32}
@xrdef{Interleaved and split arrays-pg}{32}
@xrdef{Guru vector and transform sizes-pg}{32}
@xrdef{Guru Complex DFTs-title}{Guru Complex DFTs}
@xrdef{Guru Complex DFTs-snt}{Section@tie 4.5.3}
@xrdef{Guru Complex DFTs-pg}{33}
@xrdef{Guru Real-data DFTs-title}{Guru Real-data DFTs}
@xrdef{Guru Real-data DFTs-snt}{Section@tie 4.5.4}
@xrdef{Guru Real-data DFTs-pg}{34}
@xrdef{Guru Real-to-real Transforms-title}{Guru Real-to-real Transforms}
@xrdef{Guru Real-to-real Transforms-snt}{Section@tie 4.5.5}
@xrdef{Guru Real-to-real Transforms-pg}{35}
@xrdef{Guru Execution of Plans-title}{Guru Execution of Plans}
@xrdef{Guru Execution of Plans-snt}{Section@tie 4.5.6}
@xrdef{Guru Execution of Plans-pg}{36}
@xrdef{Wisdom-title}{Wisdom}
@xrdef{Wisdom-snt}{Section@tie 4.6}
@xrdef{Wisdom Export-title}{Wisdom Export}
@xrdef{Wisdom Export-snt}{Section@tie 4.6.1}
@xrdef{Wisdom-pg}{37}
@xrdef{Wisdom Export-pg}{37}
@xrdef{Wisdom Import-title}{Wisdom Import}
@xrdef{Wisdom Import-snt}{Section@tie 4.6.2}
@xrdef{Forgetting Wisdom-title}{Forgetting Wisdom}
@xrdef{Forgetting Wisdom-snt}{Section@tie 4.6.3}
@xrdef{Wisdom Utilities-title}{Wisdom Utilities}
@xrdef{Wisdom Utilities-snt}{Section@tie 4.6.4}
@xrdef{Wisdom Import-pg}{38}
@xrdef{Forgetting Wisdom-pg}{38}
@xrdef{Wisdom Utilities-pg}{38}
@xrdef{What FFTW Really Computes-title}{What FFTW Really Computes}
@xrdef{What FFTW Really Computes-snt}{Section@tie 4.7}
@xrdef{The 1d Discrete Fourier Transform (DFT)-title}{The 1d Discrete Fourier Transform (DFT)}
@xrdef{The 1d Discrete Fourier Transform (DFT)-snt}{Section@tie 4.7.1}
@xrdef{The 1d Real-data DFT-title}{The 1d Real-data DFT}
@xrdef{The 1d Real-data DFT-snt}{Section@tie 4.7.2}
@xrdef{What FFTW Really Computes-pg}{39}
@xrdef{The 1d Discrete Fourier Transform (DFT)-pg}{39}
@xrdef{1d Real-even DFTs (DCTs)-title}{1d Real-even DFTs (DCTs)}
@xrdef{1d Real-even DFTs (DCTs)-snt}{Section@tie 4.7.3}
@xrdef{The 1d Real-data DFT-pg}{40}
@xrdef{1d Real-even DFTs (DCTs)-pg}{40}
@xrdef{1d Real-odd DFTs (DSTs)-title}{1d Real-odd DFTs (DSTs)}
@xrdef{1d Real-odd DFTs (DSTs)-snt}{Section@tie 4.7.4}
@xrdef{1d Real-odd DFTs (DSTs)-pg}{42}
@xrdef{1d Discrete Hartley Transforms (DHTs)-title}{1d Discrete Hartley Transforms (DHTs)}
@xrdef{1d Discrete Hartley Transforms (DHTs)-snt}{Section@tie 4.7.5}
@xrdef{Multi-dimensional Transforms-title}{Multi-dimensional Transforms}
@xrdef{Multi-dimensional Transforms-snt}{Section@tie 4.7.6}
@xrdef{1d Discrete Hartley Transforms (DHTs)-pg}{43}
@xrdef{Multi-dimensional Transforms-pg}{43}
@xrdef{Parallel FFTW-title}{Parallel FFTW}
@xrdef{Parallel FFTW-snt}{Chapter@tie 5}
@xrdef{Multi-threaded FFTW-title}{Multi-threaded FFTW}
@xrdef{Multi-threaded FFTW-snt}{Section@tie 5.1}
@xrdef{Installation and Supported Hardware/Software-title}{Installation and Supported Hardware/Software}
@xrdef{Installation and Supported Hardware/Software-snt}{Section@tie 5.1.1}
@xrdef{Usage of Multi-threaded FFTW-title}{Usage of Multi-threaded FFTW}
@xrdef{Usage of Multi-threaded FFTW-snt}{Section@tie 5.1.2}
@xrdef{Parallel FFTW-pg}{45}
@xrdef{Multi-threaded FFTW-pg}{45}
@xrdef{Installation and Supported Hardware/Software-pg}{45}
@xrdef{Usage of Multi-threaded FFTW-pg}{45}
@xrdef{How Many Threads to Use?-title}{How Many Threads to Use?}
@xrdef{How Many Threads to Use?-snt}{Section@tie 5.1.3}
@xrdef{Thread safety-title}{Thread safety}
@xrdef{Thread safety-snt}{Section@tie 5.2}
@xrdef{How Many Threads to Use?-pg}{46}
@xrdef{Thread safety-pg}{47}
@xrdef{Calling FFTW from Fortran-title}{Calling FFTW from Fortran}
@xrdef{Calling FFTW from Fortran-snt}{Chapter@tie 6}
@xrdef{Fortran-interface routines-title}{Fortran-interface routines}
@xrdef{Fortran-interface routines-snt}{Section@tie 6.1}
@xrdef{Calling FFTW from Fortran-pg}{49}
@xrdef{Fortran-interface routines-pg}{49}
@xrdef{FFTW Constants in Fortran-title}{FFTW Constants in Fortran}
@xrdef{FFTW Constants in Fortran-snt}{Section@tie 6.2}
@xrdef{Fortran Examples-title}{Fortran Examples}
@xrdef{Fortran Examples-snt}{Section@tie 6.3}
@xrdef{FFTW Constants in Fortran-pg}{50}
@xrdef{Fortran Examples-pg}{50}
@xrdef{Wisdom of Fortran?-title}{Wisdom of Fortran?}
@xrdef{Wisdom of Fortran?-snt}{Section@tie 6.4}
@xrdef{Wisdom of Fortran?-pg}{51}
@xrdef{Upgrading from FFTW version 2-title}{Upgrading from FFTW version 2}
@xrdef{Upgrading from FFTW version 2-snt}{Chapter@tie 7}
@xrdef{Upgrading from FFTW version 2-pg}{53}
@xrdef{Installation and Customization-title}{Installation and Customization}
@xrdef{Installation and Customization-snt}{Chapter@tie 8}
@xrdef{Installation on Unix-title}{Installation on Unix}
@xrdef{Installation on Unix-snt}{Section@tie 8.1}
@xrdef{Installation and Customization-pg}{57}
@xrdef{Installation on Unix-pg}{57}
@xrdef{Installation on non-Unix systems-title}{Installation on non-Unix systems}
@xrdef{Installation on non-Unix systems-snt}{Section@tie 8.2}
@xrdef{Installation on non-Unix systems-pg}{59}
@xrdef{Cycle Counters-title}{Cycle Counters}
@xrdef{Cycle Counters-snt}{Section@tie 8.3}
@xrdef{Generating your own code-title}{Generating your own code}
@xrdef{Generating your own code-snt}{Section@tie 8.4}
@xrdef{Cycle Counters-pg}{60}
@xrdef{Generating your own code-pg}{60}
@xrdef{Acknowledgments-title}{Acknowledgments}
@xrdef{Acknowledgments-snt}{Chapter@tie 9}
@xrdef{Acknowledgments-pg}{63}
@xrdef{License and Copyright-title}{License and Copyright}
@xrdef{License and Copyright-snt}{Chapter@tie 10}
@xrdef{License and Copyright-pg}{65}
@xrdef{Concept Index-title}{Concept Index}
@xrdef{Concept Index-snt}{Chapter@tie 11}
@xrdef{Concept Index-pg}{67}
@xrdef{Library Index-title}{Library Index}
@xrdef{Library Index-snt}{Chapter@tie 12}
@xrdef{Library Index-pg}{69}