Difference between revisions of "DJBFFT"
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| − | djbfft is an extremely fast library for floating-point convolution. djbfft provides power-of-2 complex FFTs, real FFTs at twice the speed, and fast multiplication of complex arrays. Single precision and double precision are equally supported. The djbfft algorithms may be up to twice as fast as the [[FFTW]] algorithms. | + | {{Package-Introduction|djbfft is an extremely fast library for floating-point convolution. djbfft provides power-of-2 complex FFTs, real FFTs at twice the speed, and fast multiplication of complex arrays. Single precision and double precision are equally supported. The djbfft algorithms may be up to twice as fast as the [[FFTW]] algorithms.|http://cr.yp.to/djbfft.html}} |
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== Non-Multilib == | == Non-Multilib == | ||
| Line 31: | Line 29: | ||
patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-testsuite-1.patch && | patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-testsuite-1.patch && | ||
patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-glibc2.4-1.patch && | patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-glibc2.4-1.patch && | ||
| − | make | + | make LIBDJBFFT="libdjbfft.so.0.76" LIBPERMS="0755" |
There are tests that come with djbfft, run these if desired: | There are tests that come with djbfft, run these if desired: | ||
| Line 43: | Line 41: | ||
Install the package: | Install the package: | ||
| − | make setup check | + | make setup check && |
| + | ln -svf libdjbfft.so.0.76 /usr/lib/libdjbfft.so.0 && | ||
| + | ln -svf libdjbfft.so.0.76 /usr/lib/libdjbfft.so | ||
== Multilib == | == Multilib == | ||
| Line 62: | Line 62: | ||
patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-testsuite-1.patch && | patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-testsuite-1.patch && | ||
patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-glibc2.4-1.patch && | patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-glibc2.4-1.patch && | ||
| − | make | + | make LIBDJBFFT="libdjbfft.so.0.76" LIBPERMS="0755" |
There are tests that come with djbfft, run these if desired: | There are tests that come with djbfft, run these if desired: | ||
| Line 74: | Line 74: | ||
Install the package: | Install the package: | ||
| − | make setup check | + | make setup check && |
| + | ln -svf libdjbfft.so.0.76 /usr/lib/libdjbfft.so.0 && | ||
| + | ln -svf libdjbfft.so.0.76 /usr/lib/libdjbfft.so | ||
| − | === | + | === N32 === |
The installation prefix for djbfft is provided by the file conf-home. The default location is /usr/local/djbfft. The following sed will put djbfft into /usr: | The installation prefix for djbfft is provided by the file conf-home. The default location is /usr/local/djbfft. The following sed will put djbfft into /usr: | ||
sed -i 's@/usr/local/djbfft@/usr@' conf-home | sed -i 's@/usr/local/djbfft@/usr@' conf-home | ||
| − | |||
| − | |||
| − | |||
| − | |||
Compilation of the djbfft can be optimized for a particular processor class. By default your processor is auto detected from Pentium, SPARC, or PowerPC. When this package was installed on an AMD Athlon64 system, it detected the processor as SPARC. To set the processor type explicitly, issue the following sed replacing <PROCESSOR_FAMILY> with pentium, sparc, ppro, or idea for machine-independent code: | Compilation of the djbfft can be optimized for a particular processor class. By default your processor is auto detected from Pentium, SPARC, or PowerPC. When this package was installed on an AMD Athlon64 system, it detected the processor as SPARC. To set the processor type explicitly, issue the following sed replacing <PROCESSOR_FAMILY> with pentium, sparc, ppro, or idea for machine-independent code: | ||
| Line 95: | Line 93: | ||
patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-testsuite-1.patch && | patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-testsuite-1.patch && | ||
patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-glibc2.4-1.patch && | patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-glibc2.4-1.patch && | ||
| − | make | + | sed -i 's@"lib@&32@' hier.c && |
| + | make LIBDJBFFT="libdjbfft.so.0.76" LIBPERMS="0755" | ||
There are tests that come with djbfft, run these if desired: | There are tests that come with djbfft, run these if desired: | ||
| Line 107: | Line 106: | ||
Install the package: | Install the package: | ||
| − | make setup check | + | make setup check && |
| + | ln -svf libdjbfft.so.0.76 /usr/lib32/libdjbfft.so.0 && | ||
| + | ln -svf libdjbfft.so.0.76 /usr/lib32/libdjbfft.so | ||
=== 64Bit === | === 64Bit === | ||
| Line 114: | Line 115: | ||
sed -i 's@/usr/local/djbfft@/usr@' conf-home | sed -i 's@/usr/local/djbfft@/usr@' conf-home | ||
| − | |||
| − | |||
| − | |||
| − | |||
Compilation of the djbfft can be optimized for a particular processor class. By default your processor is auto detected from Pentium, SPARC, or PowerPC. When this package was installed on an AMD Athlon64 system, it detected the processor as SPARC. To set the processor type explicitly, issue the following sed replacing <PROCESSOR_FAMILY> with pentium, sparc, ppro, or idea for machine-independent code: | Compilation of the djbfft can be optimized for a particular processor class. By default your processor is auto detected from Pentium, SPARC, or PowerPC. When this package was installed on an AMD Athlon64 system, it detected the processor as SPARC. To set the processor type explicitly, issue the following sed replacing <PROCESSOR_FAMILY> with pentium, sparc, ppro, or idea for machine-independent code: | ||
| Line 125: | Line 122: | ||
Compile the package: | Compile the package: | ||
| − | sed -i "s/gcc/& ${BUILD64}/" conf-{cc,ld} && | + | sed -i "s/gcc/& ${BUILD64} -fPIC/" conf-{cc,ld} && |
patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-testsuite-1.patch && | patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-testsuite-1.patch && | ||
patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-glibc2.4-1.patch && | patch -Np1 -i ../djbfft-{{DJBFFT-Version}}-glibc2.4-1.patch && | ||
| − | make | + | sed -i 's@"lib@&64@' hier.c && |
| + | make LIBDJBFFT="libdjbfft.so.0.76" LIBPERMS="0755" | ||
There are tests that come with djbfft, run these if desired: | There are tests that come with djbfft, run these if desired: | ||
| Line 140: | Line 138: | ||
Install the package: | Install the package: | ||
| − | make setup check | + | make setup check && |
| + | ln -svf libdjbfft.so.0.76 /usr/lib64/libdjbfft.so.0 && | ||
| + | ln -svf libdjbfft.so.0.76 /usr/lib64/libdjbfft.so | ||
= Contents = | = Contents = | ||
{|style="text-align: left" | {|style="text-align: left" | ||
| + | |-valign="top" | ||
| + | !Installed Directories: | ||
| + | |None | ||
| + | |-valign="top" | ||
| + | !Installed Programs: | ||
| + | |None | ||
|-valign="top" | |-valign="top" | ||
!Installed Libraries: | !Installed Libraries: | ||
| − | |djbfft.a | + | |djbfft.a, libdjbfft.so.0.76 |
|} | |} | ||
| Line 157: | Line 163: | ||
|The library containing FFT functions. | |The library containing FFT functions. | ||
|} | |} | ||
| + | |||
| + | [[Category:Science_Engineering]] | ||
Latest revision as of 17:48, 13 September 2008
| Download Source: | http://cr.yp.to/djbfft/djbfft-0.76.tar.gz |
|---|---|
| Download Patch: | http://svn.cross-lfs.org/svn/repos/patches/djbfft/djbfft-0.76-glibc2.4-1.patch |
| Download Patch: | http://svn.cross-lfs.org/svn/repos/patches/djbfft/djbfft-0.76-testsuite-1.patch |
Contents
Introduction to DJBFFT
djbfft is an extremely fast library for floating-point convolution. djbfft provides power-of-2 complex FFTs, real FFTs at twice the speed, and fast multiplication of complex arrays. Single precision and double precision are equally supported. The djbfft algorithms may be up to twice as fast as the FFTW algorithms.
Project Homepage: http://cr.yp.to/djbfft.html
Non-Multilib
The installation prefix for djbfft is provided by the file conf-home. The default location is /usr/local/djbfft. The following sed will put djbfft into /usr:
sed -i 's@/usr/local/djbfft@/usr@' conf-home
Compilation of the djbfft can be optimized for a particular processor class. By default your processor is auto detected from Pentium, SPARC, or PowerPC. When this package was installed on an AMD Athlon64 system, it detected the processor as SPARC. To set the processor type explicitly, issue the following sed replacing <PROCESSOR_FAMILY> with pentium, sparc, ppro, or idea for machine-independent code:
sed -i 's/auto/<PROCESSOR_FAMILY>/' conf-opt
Compile the package:
patch -Np1 -i ../djbfft-0.76-testsuite-1.patch && patch -Np1 -i ../djbfft-0.76-glibc2.4-1.patch && make LIBDJBFFT="libdjbfft.so.0.76" LIBPERMS="0755"
There are tests that come with djbfft, run these if desired:
./accuracy ./accuracy2 ./speed
Single-precision (r4 and c4) errors should be on the scale of 10E-8. Double-precision (r8 and c8) errors should be on the scale of 10E-16.
Install the package:
make setup check && ln -svf libdjbfft.so.0.76 /usr/lib/libdjbfft.so.0 && ln -svf libdjbfft.so.0.76 /usr/lib/libdjbfft.so
Multilib
32Bit
The installation prefix for djbfft is provided by the file conf-home. The default location is /usr/local/djbfft. The following sed will put djbfft into /usr:
sed -i 's@/usr/local/djbfft@/usr@' conf-home
Compilation of the djbfft can be optimized for a particular processor class. By default your processor is auto detected from Pentium, SPARC, or PowerPC. When this package was installed on an AMD Athlon64 system, it detected the processor as SPARC. To set the processor type explicitly, issue the following sed replacing <PROCESSOR_FAMILY> with pentium, sparc, ppro, or idea for machine-independent code:
sed -i 's/auto/<PROCESSOR_FAMILY>/' conf-opt
Compile the package:
sed -i "s/gcc/& ${BUILD32}/" conf-{cc,ld} &&
patch -Np1 -i ../djbfft-0.76-testsuite-1.patch &&
patch -Np1 -i ../djbfft-0.76-glibc2.4-1.patch &&
make LIBDJBFFT="libdjbfft.so.0.76" LIBPERMS="0755"
There are tests that come with djbfft, run these if desired:
./accuracy ./accuracy2 ./speed
Single-precision (r4 and c4) errors should be on the scale of 10E-8. Double-precision (r8 and c8) errors should be on the scale of 10E-16.
Install the package:
make setup check && ln -svf libdjbfft.so.0.76 /usr/lib/libdjbfft.so.0 && ln -svf libdjbfft.so.0.76 /usr/lib/libdjbfft.so
N32
The installation prefix for djbfft is provided by the file conf-home. The default location is /usr/local/djbfft. The following sed will put djbfft into /usr:
sed -i 's@/usr/local/djbfft@/usr@' conf-home
Compilation of the djbfft can be optimized for a particular processor class. By default your processor is auto detected from Pentium, SPARC, or PowerPC. When this package was installed on an AMD Athlon64 system, it detected the processor as SPARC. To set the processor type explicitly, issue the following sed replacing <PROCESSOR_FAMILY> with pentium, sparc, ppro, or idea for machine-independent code:
sed -i 's/auto/<PROCESSOR_FAMILY>/' conf-opt
Compile the package:
sed -i "s/gcc/& ${BUILDN32}/" conf-{cc,ld} &&
patch -Np1 -i ../djbfft-0.76-testsuite-1.patch &&
patch -Np1 -i ../djbfft-0.76-glibc2.4-1.patch &&
sed -i 's@"lib@&32@' hier.c &&
make LIBDJBFFT="libdjbfft.so.0.76" LIBPERMS="0755"
There are tests that come with djbfft, run these if desired:
./accuracy ./accuracy2 ./speed
Single-precision (r4 and c4) errors should be on the scale of 10E-8. Double-precision (r8 and c8) errors should be on the scale of 10E-16.
Install the package:
make setup check && ln -svf libdjbfft.so.0.76 /usr/lib32/libdjbfft.so.0 && ln -svf libdjbfft.so.0.76 /usr/lib32/libdjbfft.so
64Bit
The installation prefix for djbfft is provided by the file conf-home. The default location is /usr/local/djbfft. The following sed will put djbfft into /usr:
sed -i 's@/usr/local/djbfft@/usr@' conf-home
Compilation of the djbfft can be optimized for a particular processor class. By default your processor is auto detected from Pentium, SPARC, or PowerPC. When this package was installed on an AMD Athlon64 system, it detected the processor as SPARC. To set the processor type explicitly, issue the following sed replacing <PROCESSOR_FAMILY> with pentium, sparc, ppro, or idea for machine-independent code:
sed -i 's/auto/<PROCESSOR_FAMILY>/' conf-opt
Compile the package:
sed -i "s/gcc/& ${BUILD64} -fPIC/" conf-{cc,ld} &&
patch -Np1 -i ../djbfft-0.76-testsuite-1.patch &&
patch -Np1 -i ../djbfft-0.76-glibc2.4-1.patch &&
sed -i 's@"lib@&64@' hier.c &&
make LIBDJBFFT="libdjbfft.so.0.76" LIBPERMS="0755"
There are tests that come with djbfft, run these if desired:
./accuracy ./accuracy2 ./speed
Single-precision (r4 and c4) errors should be on the scale of 10E-8. Double-precision (r8 and c8) errors should be on the scale of 10E-16.
Install the package:
make setup check && ln -svf libdjbfft.so.0.76 /usr/lib64/libdjbfft.so.0 && ln -svf libdjbfft.so.0.76 /usr/lib64/libdjbfft.so
Contents
| Installed Directories: | None |
|---|---|
| Installed Programs: | None |
| Installed Libraries: | djbfft.a, libdjbfft.so.0.76 |
Short Description
| djbfft.a: | The library containing FFT functions. |
|---|
