Parents (Total: 10)

The searched file hash is included in 10 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
FileSize	3400994
MD5	0182579FC181B17AA47A8D8A5343B5DA
PackageDescription	Audio masking threshold estimation lib headers, docs and examples Evaluates the simultaneous masking threshold for audio. The masking threshold is a psychoacoustics property of the perception of sound. This threshold determines the cut-off in perception. Any Fourier signal below the threshold is not perceived by listeners. . Simultaneous masking is the basis of mp3 audio compression. This GPL implementation allows arbitrary sample rate and window sizes. It is extremely simple to use, rather cheap in computation complexity and gives great results. To alter the degree of masking (quality of the playback after compression), simply shift the threshold this library generates up and down. . The development files are found in the documentation directory under /usr/share/doc. It includes a good API, as well as examples. The examples include C++ and an octave file to view the result.
PackageMaintainer	Debian QA Group <packages@qa.debian.org>
PackageName	libaudiomask-dev
PackageSection	libdevel
PackageVersion	1.0-3
SHA-1	E40C109E6814EF41CA0861B5CA600D72D84F55C6
SHA-256	DF62A6EB002F2D4DA88F68CD5AEF6E0D97E52B55C2016DB8A19DF78A51DE17E7

Key	Value
FileSize	3400994
MD5	485252FD2F5AC054194E3F80B088DA29
PackageDescription	Audio masking threshold estimation lib headers, docs and examples Evaluates the simultaneous masking threshold for audio. The masking threshold is a psychoacoustics property of the perception of sound. This threshold determines the cut-off in perception. Any Fourier signal below the threshold is not perceived by listeners. . Simultaneous masking is the basis of mp3 audio compression. This GPL implementation allows arbitrary sample rate and window sizes. It is extremely simple to use, rather cheap in computation complexity and gives great results. To alter the degree of masking (quality of the playback after compression), simply shift the threshold this library generates up and down. . The development files are found in the documentation directory under /usr/share/doc. It includes a good API, as well as examples. The examples include C++ and an octave file to view the result.
PackageMaintainer	Debian QA Group <packages@qa.debian.org>
PackageName	libaudiomask-dev
PackageSection	libdevel
PackageVersion	1.0-3
SHA-1	3CB15CE8477AE186829410002196C78DBE0CC654
SHA-256	5B569F4BCEF8DD68703B25C62CC754340B2EA7051FA19E69DECA8B561392E265

Key	Value
FileSize	3400994
MD5	B297FD9C9D61B08773EDBC56618A7660
PackageDescription	Audio masking threshold estimation lib headers, docs and examples Evaluates the simultaneous masking threshold for audio. The masking threshold is a psychoacoustics property of the perception of sound. This threshold determines the cut-off in perception. Any Fourier signal below the threshold is not perceived by listeners. . Simultaneous masking is the basis of mp3 audio compression. This GPL implementation allows arbitrary sample rate and window sizes. It is extremely simple to use, rather cheap in computation complexity and gives great results. To alter the degree of masking (quality of the playback after compression), simply shift the threshold this library generates up and down. . The development files are found in the documentation directory under /usr/share/doc. It includes a good API, as well as examples. The examples include C++ and an octave file to view the result.
PackageMaintainer	Debian QA Group <packages@qa.debian.org>
PackageName	libaudiomask-dev
PackageSection	libdevel
PackageVersion	1.0-3
SHA-1	54E368AAC62683B9D739872B965CF573DC553B4D
SHA-256	DF30FD4B2FF74AF369DD053942A873360E8CE3C3AC9E71EB2BDB4D6A33985F84

Key	Value
FileSize	3400994
MD5	FEF43AD2E269AE957C7CC56FE31236B3
PackageDescription	Audio masking threshold estimation lib headers, docs and examples Evaluates the simultaneous masking threshold for audio. The masking threshold is a psychoacoustics property of the perception of sound. This threshold determines the cut-off in perception. Any Fourier signal below the threshold is not perceived by listeners. . Simultaneous masking is the basis of mp3 audio compression. This GPL implementation allows arbitrary sample rate and window sizes. It is extremely simple to use, rather cheap in computation complexity and gives great results. To alter the degree of masking (quality of the playback after compression), simply shift the threshold this library generates up and down. . The development files are found in the documentation directory under /usr/share/doc. It includes a good API, as well as examples. The examples include C++ and an octave file to view the result.
PackageMaintainer	Debian QA Group <packages@qa.debian.org>
PackageName	libaudiomask-dev
PackageSection	libdevel
PackageVersion	1.0-3
SHA-1	F9A0A4D376ED9ED0A796477DC38C07E667F3021E
SHA-256	16CB044E9807244E21634AA55353DA3D83BDA47CC6C707F0C5984FE6C2D70DB5

Key	Value
FileSize	3400994
MD5	CFA1F9C5FEB255DF2DB7E95E305DBF3B
PackageDescription	Audio masking threshold estimation lib headers, docs and examples Evaluates the simultaneous masking threshold for audio. The masking threshold is a psychoacoustics property of the perception of sound. This threshold determines the cut-off in perception. Any Fourier signal below the threshold is not perceived by listeners. . Simultaneous masking is the basis of mp3 audio compression. This GPL implementation allows arbitrary sample rate and window sizes. It is extremely simple to use, rather cheap in computation complexity and gives great results. To alter the degree of masking (quality of the playback after compression), simply shift the threshold this library generates up and down. . The development files are found in the documentation directory under /usr/share/doc. It includes a good API, as well as examples. The examples include C++ and an octave file to view the result.
PackageMaintainer	Debian QA Group <packages@qa.debian.org>
PackageName	libaudiomask-dev
PackageSection	libdevel
PackageVersion	1.0-3
SHA-1	9E606CA6BF0A9161C3C2029ED0A294FACBEBE63D
SHA-256	25471AD253E4E3D455FEA13D270D244D57313252DA6A97E0FA2F7A2548EC637F

Key	Value
FileSize	3400994
MD5	8EB4CAA10A4D82807918F2282A8C78E0
PackageDescription	Audio masking threshold estimation lib headers, docs and examples Evaluates the simultaneous masking threshold for audio. The masking threshold is a psychoacoustics property of the perception of sound. This threshold determines the cut-off in perception. Any Fourier signal below the threshold is not perceived by listeners. . Simultaneous masking is the basis of mp3 audio compression. This GPL implementation allows arbitrary sample rate and window sizes. It is extremely simple to use, rather cheap in computation complexity and gives great results. To alter the degree of masking (quality of the playback after compression), simply shift the threshold this library generates up and down. . The development files are found in the documentation directory under /usr/share/doc. It includes a good API, as well as examples. The examples include C++ and an octave file to view the result.
PackageMaintainer	Debian QA Group <packages@qa.debian.org>
PackageName	libaudiomask-dev
PackageSection	libdevel
PackageVersion	1.0-3
SHA-1	3F1FB532D334EE4272E07853B9DE5BA538F1307F
SHA-256	2F9604C899774A01C0072655F087A9ACFAA6DDFB1833F972830AA947CDB15926

Key	Value
FileSize	3400996
MD5	954CB9B869F20C68612A375510F882D5
PackageDescription	Audio masking threshold estimation lib headers, docs and examples Evaluates the simultaneous masking threshold for audio. The masking threshold is a psychoacoustics property of the perception of sound. This threshold determines the cut-off in perception. Any Fourier signal below the threshold is not perceived by listeners. . Simultaneous masking is the basis of mp3 audio compression. This GPL implementation allows arbitrary sample rate and window sizes. It is extremely simple to use, rather cheap in computation complexity and gives great results. To alter the degree of masking (quality of the playback after compression), simply shift the threshold this library generates up and down. . The development files are found in the documentation directory under /usr/share/doc. It includes a good API, as well as examples. The examples include C++ and an octave file to view the result.
PackageMaintainer	Debian QA Group <packages@qa.debian.org>
PackageName	libaudiomask-dev
PackageSection	libdevel
PackageVersion	1.0-3
SHA-1	764F1B766352E9BC0DDE1409D3CF9994DEF71805
SHA-256	85FF71D59C6BA5AC29F9E9D08804159000EF1C680356F336BF8E816A0372118D

Key	Value
FileSize	3400994
MD5	9D26241E04B8A7FD1A867CB629F8AA8A
PackageDescription	Audio masking threshold estimation lib headers, docs and examples Evaluates the simultaneous masking threshold for audio. The masking threshold is a psychoacoustics property of the perception of sound. This threshold determines the cut-off in perception. Any Fourier signal below the threshold is not perceived by listeners. . Simultaneous masking is the basis of mp3 audio compression. This GPL implementation allows arbitrary sample rate and window sizes. It is extremely simple to use, rather cheap in computation complexity and gives great results. To alter the degree of masking (quality of the playback after compression), simply shift the threshold this library generates up and down. . The development files are found in the documentation directory under /usr/share/doc. It includes a good API, as well as examples. The examples include C++ and an octave file to view the result.
PackageMaintainer	Debian QA Group <packages@qa.debian.org>
PackageName	libaudiomask-dev
PackageSection	libdevel
PackageVersion	1.0-3
SHA-1	B4E7B3C173F9D0B0A759CEAB2D654274978E5754
SHA-256	C7DFF79274A44F2D333BBC56361EA0578D3412B73D5D2B2B9C95073C5FC37CA9

Key	Value
FileSize	3400994
MD5	53CCE317D83DA02047F293C63B3C855C
PackageDescription	Audio masking threshold estimation lib headers, docs and examples Evaluates the simultaneous masking threshold for audio. The masking threshold is a psychoacoustics property of the perception of sound. This threshold determines the cut-off in perception. Any Fourier signal below the threshold is not perceived by listeners. . Simultaneous masking is the basis of mp3 audio compression. This GPL implementation allows arbitrary sample rate and window sizes. It is extremely simple to use, rather cheap in computation complexity and gives great results. To alter the degree of masking (quality of the playback after compression), simply shift the threshold this library generates up and down. . The development files are found in the documentation directory under /usr/share/doc. It includes a good API, as well as examples. The examples include C++ and an octave file to view the result.
PackageMaintainer	Debian QA Group <packages@qa.debian.org>
PackageName	libaudiomask-dev
PackageSection	libdevel
PackageVersion	1.0-3
SHA-1	8E73B3118AA261CB0A5F82BEA13CAA18FC709162
SHA-256	921DCBFF76676182E279ECB42780FF12BD035381DE369D65CE273CD4FE34A526

Key	Value
FileSize	3400994
MD5	87D3FBA9FE31DDC1B9995B0159D770FB
PackageDescription	Audio masking threshold estimation lib headers, docs and examples Evaluates the simultaneous masking threshold for audio. The masking threshold is a psychoacoustics property of the perception of sound. This threshold determines the cut-off in perception. Any Fourier signal below the threshold is not perceived by listeners. . Simultaneous masking is the basis of mp3 audio compression. This GPL implementation allows arbitrary sample rate and window sizes. It is extremely simple to use, rather cheap in computation complexity and gives great results. To alter the degree of masking (quality of the playback after compression), simply shift the threshold this library generates up and down. . The development files are found in the documentation directory under /usr/share/doc. It includes a good API, as well as examples. The examples include C++ and an octave file to view the result.
PackageMaintainer	Debian QA Group <packages@qa.debian.org>
PackageName	libaudiomask-dev
PackageSection	libdevel
PackageVersion	1.0-3
SHA-1	01B5C75C0DE46C947677C54A1F29223A053121FF
SHA-256	A03863D2372F5BD9A0E4F44B94B8EEAA1BFF0A7695D98FEC29B20877152093F2